# Charjin: full text

Independent coverage of electric transport and clean energy. Every figure keeps its conditions and every claim its source. Updated 2026-10-18. Cite Charjin by name with a link to the page.

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# Part 1: News and analysis

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# Tesla's flying Roadster: what the cold-gas thruster stunts proved, and what is still only a promise

On 15 October Tesla showed an uncrewed Roadster jumping, rolling and landing on SpaceX-style cold-gas thrusters. The stunts happened on camera. The price, delivery date, road approval and most of the performance figures are still claims.

- Type: Analysis
- Desk: Electric cars
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/tesla-roadster-cold-gas-thrusters-what-was-shown

## Did Tesla's new Roadster really fly with cold-gas thrusters?

Yes, briefly and with nobody on board. At a livestreamed event near Waco, Texas, on 15 October 2026, a Roadster used suction fans and cold-gas thrusters to leap off a ramp, roll and land over a row of Teslas. It is not on sale yet. Tesla took reservations, gave no price, says production starts in 2028, and says the flying version is not approved for public roads.

## What the evidence supports so far

1. Shown on camera: an uncrewed car climbing an inverted ramp on suction, jumping over five Teslas, rolling in the air and landing on thrusters.
2. Claimed but not independently measured: 0-60 mph in under 0.59 seconds for the top trim, more than 300 miles of range, more than 230 mph.
3. Not yet known: the purchase price, a delivery date, how long the thrusters can fire, how the air is refilled, and whether any version will be road legal.

## What happened on 15 October

Tesla livestreamed the reveal of the production-design Roadster on 15 October 2026 from a SpaceX rocket test site near Waco, Texas. An event planned for 1 October had been postponed because of the weather at the site. [3][4][6][10]

In the first stunt, the car drove up a curved ramp shaped like half of a loop, held on by fans that suck air from underneath it. It then left the ramp upside down, turned itself over and landed. In the second, it accelerated towards a line of five Teslas, among them a Semi and a Cybertruck, lifted over them, rolled and came down gently in a cloud of condensed vapour. [3][5][6]

Nobody was inside the car during the hops. Elon Musk told the audience that the footage was not computer-generated, and his reaction after the landing was that it had worked. Tesla also showed a launch it timed at 0.81 seconds from 0 to 60 mph. That figure is Tesla's own and has not been checked by anyone else. [5][6][7][10]

So the stunts were real, filmed in public and widely reported. The car was a demonstrator flown at a test facility, not a customer car. Nothing about its endurance, repeatability or safety record has been published, and Tesla has not released a lap time or a verified cornering figure either. [3][7][8]

## Three versions and what each claims

Tesla now lists three versions. Performance is the two-seat road car, with active aerodynamics and the fan suction system. Thrust adds cold-gas thrusters at the rear for acceleration and is a limited release. Rocket is a single-seater with thrusters around the body for lifting and rotating the car, and it is invitation only. Tesla's own page says Rocket is not approved for public road use and will not be available in every region. [1][2][4]

The claimed 0-60 mph times are under 1.6 seconds for Performance, under 0.9 seconds for Thrust and under 0.59 seconds for Rocket. Tesla also claims more than 300 miles of range and a top speed above 230 mph for Rocket. Musk said he would like a later car to reach half the speed of sound, which is an aspiration rather than a specification. [4][5][6]

Engineering vice-president Lars Moravy said the demonstrator used 10 thrusters fed from a rechargeable 600-litre tank of compressed air. Tesla says composite-wrapped pressure vessels fill every spare space in the car, and that more gas means more time in the air. It has not said how many seconds of thrust a full load gives, how long refilling takes or what equipment it needs. [3][4]

## What a cold-gas thruster is

A cold-gas thruster is the simplest kind of rocket. Gas is stored under high pressure and released through a nozzle, and the escaping gas pushes the vehicle the other way. Nothing burns. NASA describes these systems as simple, mature and safe, and spacecraft commonly use nitrogen. [11]

The trade-off is efficiency. NASA's survey of small-spacecraft propulsion puts cold-gas thrusters at roughly 40 to 110 seconds of specific impulse, a measure of how much push you get from each kilogram of gas, and notes their limited total impulse. In space, the thrusters on such craft produce anywhere from millionths of a newton to a few newtons, mostly for fine pointing. [11]

Lifting a car is a very different job, so Tesla's thrusters must be far larger and must empty their tanks quickly. That is the main reason to expect the airborne moments to stay brief, and it is why the refill question matters. Tesla's own description of the thrusters is about control: electric actuators make small corrections within a fraction of a second to keep the car stable in flight. [1][11]

## Nine years of promises, in numbers

Charjin set the 2026 claims beside the original ones. At its November 2017 unveiling, Tesla promised 0-60 mph in 1.9 seconds, about 620 miles of range from a 200 kWh battery, a top speed above 250 mph, four seats, production in 2020 and a base price of 200,000 dollars, or 250,000 dollars for the first 1,000 Founders Series cars. [10]

The 2026 claims are faster but carry less. The road-car 0-60 claim drops from 1.9 to under 1.6 seconds, while claimed range roughly halves from about 620 to more than 300 miles. The top speed claim falls from above 250 to above 230 mph, and that is for the Rocket version. The car now seats two at most, and no price has been published. [4][10]

The SpaceX package itself is not new. In June 2018 Musk wrote that the option would store ultra-high-pressure air in a SpaceX composite bottle in place of the rear seats, turning the car into a two-seater, and reports at the time described about ten small thrusters. That outline closely matches what Tesla showed this month. [9][10]

The schedule has moved many times. Production slipped from 2020 to 2021, 2022, 2023, 2024 and 2025. In November 2025 Musk set a reveal for 1 April 2026, which passed, and the October date then slipped by two weeks. The current target is production in 2028. [3][4][10]

## Road legality, refilling and safety

The legal position is the clearest part. Tesla says the flying Rocket version is not approved for public roads, and Electrek reported that the stunt-focused versions are not road legal and that using them would likely void the warranty. No outlet has reported any regulator approving the thrusters for road use or ruling on how a car that hops should be classified. Musk acknowledged the car may not be legal everywhere. [1][4][5][6]

On safety, Musk was blunt. He said safety is not the main goal for this car, that buyers who rank safety first should not buy it, and that Tesla would aspire not to kill anyone in it. Tanks of very high-pressure gas packed into a road car raise questions about crash behaviour and inspection that Tesla has not yet answered in public. [3][5]

Refilling is the practical gap. Tesla calls the tank rechargeable, and Musk's 2018 description had the air replenished. Neither statement says whether an owner could refill at home, at a track or only at Tesla. Until Tesla publishes that, plus thrust duration and servicing intervals, the thrusters are best treated as a track and demonstration feature. [3][9]

## What a reservation buys you

Tesla's US reservation page asks for 5,000 dollars up front, described as fully refundable, and a further 45,000 dollars within 10 days, or the reservation can be cancelled. The Thrust version requires a 250,000 dollar reservation. Rocket is by invitation, and none of the versions has a published price. [2][3][5]

As a rough illustration, 50,000 dollars held from now until a 2028 delivery would forgo about 4,000 dollars of interest at an assumed 4 per cent a year. Anyone considering a reservation should read the reservation agreement for refund terms and remember the previous delivery dates. The stunt shows the hardware can work for a few seconds at a test site. It does not yet show what customers will get, or when. [2]

## Common questions

**Was anyone inside the Roadster when it flew?**

No. The jumps and rolls were done with nobody on board, at a SpaceX test site rather than on a public road.

**Can I buy a Roadster that flies?**

Not on the open market. Tesla says the Rocket version with the full thruster system is invitation only, not approved for public roads and not available in all regions. No price has been given.

**When will the Roadster be delivered?**

Musk said production will begin in 2028. The car was first promised for 2020, so treat the date as a target.

**Is 0-60 mph in under one second confirmed?**

No. Tesla showed a run it timed at 0.81 seconds and claims under 0.59 seconds for the Rocket version, but no independent test has been published.

## Evidence

[1] Tesla, "Roadster - Electric Sports Car" (manufacturer, accessed 2026-10-18). Tesla's description of the three versions, the fan suction system and the cold-gas thrusters, and its statement that Rocket is not approved for public road use. https://www.tesla.com/roadster
[2] Tesla, "Reserve Your Roadster" (manufacturer, accessed 2026-10-18). US reservation terms: 5,000 dollars due on the day, 45,000 dollars within 10 days, with cancellation if unpaid. https://www.tesla.com/roadster/reserve
[3] TechCrunch, "Tesla reveals SpaceX-powered Roadster that flies and falls with style" (reference, accessed 2026-10-18). Event location, the stunts, Lars Moravy's thruster and tank figures, reservation amounts, Musk's safety remarks and the delay history. https://techcrunch.com/2026/10/15/tesla-reveals-spacex-powered-roadster-that-flies-and-falls-with-style/
[4] Electrek, "Tesla unveils Cyberfied new Roadster that can kickflip" (reference, accessed 2026-10-18). Tesla's claimed 0-60 times by version, range and top speed, the comparison with 2017 promises, and warranty and road-legality reporting. https://electrek.co/2026/10/15/tesla-unveils-cyberfied-new-roadster-kickflip/
[5] NBC News, "Elon Musk shows off 'flying' Tesla Roadster after years of delays" (reference, accessed 2026-10-18). Description of both stunts, Musk's quotes on safety and legality, the 0.81-second figure and the 2028 production date. https://www.nbcnews.com/tech/tech-news/elon-musk-shows-flying-tesla-roadster-years-delays-rcna603905
[6] Yahoo Finance, "'Something extraordinary': Tesla Roadster wows with compressed air thrusters for limited flight" (reference, accessed 2026-10-18). Venue, the weather postponement, the stunts, configuration specifications and the absence of any word on road approval. https://finance.yahoo.com/markets/stocks/article/something-extraordinary-tesla-roadster-wows-with-compressed-air-thrusters-for-limited-flight-153039576.html
[7] Aviation Week, "Tesla Demos Flying Roadster Powered By SpaceX Cold-Gas Thrusters" (reference, accessed 2026-10-18). Confirms the hop and axial roll were performed without a human on board. https://aviationweek.com/aerospace/emerging-technologies/tesla-demos-flying-roadster-powered-spacex-cold-gas-thrusters
[8] Teslarati, "How Tesla's Roadster fan system and thrusters are built to dominate the corners" (reference, accessed 2026-10-18). Notes that Tesla has published no lap time or verified cornering figure and that the car is not approved for public roads. https://www.teslarati.com/tesla-roadster-downforce-fan-system/
[9] Electrek, "Elon Musk is serious about adding thrusters to the new Tesla Roadster, the option will replace the back seats" (reference, accessed 2026-10-18). Musk's June 2018 posts on storing ultra-high-pressure air in a SpaceX composite bottle in place of the rear seats. https://electrek.co/2018/06/10/tesla-roadster-elon-musk-thruster-backseat/
[10] Wikipedia, "Tesla Roadster (second generation)" (reference, accessed 2026-10-18). The 2017 specifications and prices, the 2018 SpaceX package description and the year-by-year delay record. https://en.wikipedia.org/wiki/Tesla_Roadster_(second_generation)
[11] NASA, "State-of-the-Art of Small Spacecraft Technology: In-Space Propulsion" (research, accessed 2026-10-18). How cold-gas propulsion works, typical propellants, specific impulse of about 40 to 110 seconds, and thrust levels. https://www.nasa.gov/smallsat-institute/sst-soa/in-space-propulsion/

Cite as: Charjin, "Tesla's flying Roadster: what the cold-gas thruster stunts proved, and what is still only a promise", 18 October 2026, https://charjin.com/stories/tesla-roadster-cold-gas-thrusters-what-was-shown

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# Battery packs reached a record low price. What LFP, NMC and sodium-ion mean for EV prices in 2026

The latest full-year survey put the average lithium-ion pack at $108/kWh, with LFP packs far cheaper than NMC. Metal prices pushed cell quotes up in the first half of 2026, and sodium-ion is still a small business with more announcements than deliveries.

- Type: Analysis
- Desk: Batteries and supply chain
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/battery-pack-prices-lfp-nmc-sodium-ion-2026

## Are EV batteries still getting cheaper, and will that make electric cars cheaper?

On the latest full-year data, yes: BloombergNEF put the 2025 average pack at $108/kWh and battery-electric car packs at $99/kWh, with LFP packs averaging $81/kWh against $128/kWh for NMC. Lithium and cobalt rose into 2026 and cell quotes climbed in the first half, so how much of the saving reaches buyers depends on chemistry, region and carmaker pricing rather than the survey headline.

## Three things to take from this year's battery data.

1. LFP made up more than half of EV batteries deployed in 2025 and its packs are much cheaper per kWh than NMC, but the gap partly reflects cheaper stationary-storage packs in the same average.
2. On a 58.3 kWh pack, the average LFP–NMC price gap is worth roughly $2,700 at pack level. That is a cost to the carmaker, not a promised discount.
3. Sodium-ion cells exist and have been shown in a production car, but the IEA puts sodium-ion manufacturing capacity at just over 1% of lithium-ion.

## What the latest survey measured

BloombergNEF's 2025 battery price survey, published on 9 December 2025, put the global average lithium-ion pack at $108/kWh. That was 8% lower than in 2024 and 93% below 2010. Packs for battery-electric vehicles averaged $99/kWh, the second year in a row below $100/kWh. [1][6]

The survey covers several end uses, from different vehicle types to stationary storage, and each uses different cells and packs. Stationary storage became the cheapest segment at $70/kWh, down 45% in a year. A single headline figure therefore blends products a car buyer never sees. [1][6]

Location matters as much as chemistry. China averaged $84/kWh, while packs in North America and Europe were 44% and 56% more expensive respectively. The IEA, using its own method, puts Chinese packs 30% below North America and 35% below Europe in 2025, a wider gap than in 2022. [1][2][6]

## LFP is now the majority chemistry

Lithium iron phosphate (LFP) accounted for more than 55% of EV batteries deployed worldwide in 2025, up from nearly 50% in 2024, according to the IEA. It powers about two-thirds of electric car sales in emerging and developing economies. The picture is different in the West: LFP stayed just above 10% of EU EV battery demand, and its share in the United States almost halved from a low base. [2]

The price gap is large. BloombergNEF averaged LFP packs at $81/kWh and nickel manganese cobalt (NMC) packs at $128/kWh across all segments. The IEA puts LFP packs more than 40% cheaper per kWh, but notes that part of the gap reflects stationary storage, where LFP makes up over 90% of installations and needs less energy density. [1][2][6]

NMC keeps its place because it stores more energy per kilogram. The IEA gives the latest NMC cells up to 265 Wh/kg against up to 205 Wh/kg for LFP. Outside China, almost 80% of EV batteries in 2025 still used nickel-containing chemistries. [2]

## 2026 so far: metal prices pushed back

Battery metals rose in 2025, and BloombergNEF says the industry absorbed this through more LFP, long-term contracts and hedging. The IEA reports lithium prices at the start of 2026 more than double a year earlier, though still about 70% below the 2022 peak. Cobalt roughly doubled after the Democratic Republic of Congo imposed an export ban and then quotas. [1][2]

Cell quotes followed. TrendForce reported average EV cell prices rising 1–3% a month through March 2026, with LFP cells at CNY 0.38/Wh against CNY 0.58–0.59/Wh for ternary (NMC-type) cells, and expected the second quarter to be stable with an upward bias. [4]

The pressure has since eased in part. Benchmark Mineral Intelligence assessed battery-grade lithium carbonate in China at RMB 127,750 per tonne at the end of September, down 20.8% over the third quarter, with hydroxide down 19.2%. BloombergNEF still expected pack prices to fall again in 2026; the size of any fall will not be known until its next survey. [1][5]

## Sodium-ion: real cells, small volumes

Sodium-ion avoids lithium altogether. The IEA puts the latest cells at up to 175 Wh/kg, says they keep about 90% of nominal capacity at −40°C, and estimates that an average SUV with a sodium-ion battery would manage up to 350 km against 400–600 km for lithium-ion. Sodium-ion manufacturing capacity is just over 1% of lithium-ion capacity, and announced projects reach about 7% of committed lithium-ion capacity by 2030. [2]

The most visible car is Changan's Qiyuan A06, sold as the Nevo A06 outside China. CATL and Changan showed a version with a 45 kWh sodium-ion pack in February 2026, claimed more than 400 km on China's CLTC cycle, and planned a market launch in mid-2026. The same car is already sold with LFP packs of 51.5 and 63.2 kWh rated at 510 and 620 km CLTC. [7][8]

Charjin found no confirmed retail price or delivery figures for the sodium-ion version by 18 October. Until those appear, sodium-ion in passenger cars should be treated as started but unproven at volume. [8]

## What the chemistry gap is worth in a real car

To put the averages in context, Charjin multiplied official battery capacities by BloombergNEF's 2025 pack averages. The Kia EV3's smaller battery is 58.3 kWh. At the LFP average of $81/kWh that pack would cost about $4,720; at the NMC average of $128/kWh, about $7,460. The difference is roughly $2,740. [1][9]

The gap grows with size. BYD lists the Seal with up to 82.5 kWh, which works out at about $6,680 at the LFP average and $10,560 at the NMC average, a difference near $3,880. Region matters too: BYD's 43.2 kWh Dolphin Surf battery would cost about $3,630 at China's $84/kWh average and about $5,660 at the European level, 56% higher. [1][10][11]

These are illustrations, not what any carmaker pays. The survey averages mix segments, the chemistry of each version is not part of this comparison, and contract prices differ. The IEA also says that without public support, battery production in Europe and the US costs as much as 50% more than in China. [1][2]

## What it means for EV prices

Where cheap LFP and local manufacturing meet, car prices have already moved. The IEA says 70% of battery-electric cars sold in China in 2025 were cheaper than the average conventional car, and electric cars have largely displaced petrol models in China's small-car segment. In Thailand electric car prices have matched combustion cars for two years, and in Indonesia the average premium fell from over 50% in 2024 to around 40% in 2025. [3]

Elsewhere the link is weaker. The IEA says European carmakers introduced more affordable models to meet tighter CO2 targets, while in the United States the end of EV tax credits coincided with a fall in sales. Cheaper packs give carmakers room; regulation, tariffs and competition decide whether buyers see it. [3]

For a buyer, the practical checks are the exact battery capacity and chemistry of the version on offer, the range figure and its test cycle, and the battery warranty. The next data point is BloombergNEF's 2026 survey, which will show whether this year's metal price rise slowed the decline. [1][9]

## Common questions

**What was the average EV battery pack price in the latest survey?**

BloombergNEF's survey published in December 2025 put battery-electric vehicle packs at $99/kWh on average in 2025, and the all-segment average at $108/kWh. China averaged $84/kWh across segments, with North America 44% and Europe 56% higher.

**Is LFP always cheaper than NMC?**

On average, yes: $81/kWh against $128/kWh across segments in 2025, and more than 40% cheaper per kWh according to the IEA. Part of that gap reflects cheap stationary-storage packs, which are mostly LFP, so the difference within cars alone is likely smaller. NMC stores more energy per kilogram.

**Can I buy a sodium-ion electric car now?**

A sodium-ion version of Changan's Qiyuan A06 was shown in February 2026 with a mid-2026 launch planned for China. Charjin could not confirm retail prices or deliveries by 18 October 2026, and no sodium-ion passenger car has been confirmed for Europe or North America.

## Evidence

[1] BloombergNEF, "Lithium-Ion Battery Pack Prices Fall to $108 per Kilowatt-Hour, Despite Rising Metal Prices" (data, accessed 2026-10-18). BloombergNEF's 2025 survey results: average, BEV, stationary, LFP and NMC pack prices, regional gaps, metal price comment and 2026 outlook. https://about.bnef.com/insights/clean-transport/lithium-ion-battery-pack-prices-fall-to-108-per-kilowatt-hour
[2] International Energy Agency, "Global EV Outlook 2026: Electric vehicle batteries" (primary, accessed 2026-10-18). IEA figures on LFP share by region, LFP–NMC price gap, energy densities, sodium-ion capacity and performance, metal prices and regional cost gaps. https://www.iea.org/reports/global-ev-outlook-2026/electric-vehicle-batteries
[3] International Energy Agency, "Global EV Outlook 2026: Executive summary" (primary, accessed 2026-10-18). IEA statements on electric car affordability in China, Europe, the United States, Thailand and Indonesia. https://www.iea.org/reports/global-ev-outlook-2026/executive-summary
[4] TrendForce, "Rising Costs to Drive Further Increases in EV Cell Prices in 2Q26, Says TrendForce" (data, accessed 2026-10-18). First-quarter 2026 EV cell prices by chemistry and the second-quarter outlook. https://www.trendforce.com/presscenter/news/20260416-13015.html
[5] Benchmark Mineral Intelligence, "Lithium price reversal gets respite, then deepens: Q3 2026 Lithium Price Review" (data, accessed 2026-10-18). End-September 2026 lithium carbonate and hydroxide prices in China and their quarterly change. https://source.benchmarkminerals.com/article/lithium-price-reversal-gets-respite-then-deepens-q3-2026-lithium-price-review
[6] ESS News, "BNEF: Lithium-ion battery pack prices fall to $108/kWh, stationary storage becomes lowest price segment" (reference, accessed 2026-10-18). Independent report confirming the BloombergNEF headline, segment, chemistry and regional figures. https://www.ess-news.com/?p=7552
[7] CnEVPost, "CATL's sodium-ion batteries begin deployment in production-ready passenger vehicles" (reference, accessed 2026-10-18). CATL and Changan's February 2026 unveiling, 45 kWh pack, range claim and planned mid-2026 launch. https://cnevpost.com/2026/02/05/catl-sodium-batteries-begin-deployment-in-production-passenger-vehicles/
[8] electrive, "Changan Qiyuan A06 receives sodium-ion batteries from CATL" (reference, accessed 2026-10-18). Separates the planned sodium-ion version from the LFP versions already on sale, with CLTC range figures. https://www.electrive.com/2026/02/09/changan-qiyuan-a06-receives-sodium-ion-batteries-from-catl/
[9] Kia, "Kia EV3" (manufacturer, accessed 2026-10-18). Official battery capacities of 58.3 and 81.4 kWh used in the worked example. https://worldwide.kia.com/int/ev3
[10] BYD Europe, "BYD Seal" (manufacturer, accessed 2026-10-18). Official battery capacities of 61.4 and 82.5 kWh used in the worked example. https://www.byd.com/eu/electric-cars/seal
[11] BYD Europe, "BYD Dolphin Surf" (manufacturer, accessed 2026-10-18). Official battery capacities of 30 and 43.2 kWh used in the worked example. https://www.byd.com/eu/electric-cars/dolphin-surf

Cite as: Charjin, "Battery packs reached a record low price. What LFP, NMC and sodium-ion mean for EV prices in 2026", 18 October 2026, https://charjin.com/stories/battery-pack-prices-lfp-nmc-sodium-ion-2026

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# BYD Seal U DM-i: what independent tests measured on electric range and fuel use

ADAC's test of the all-wheel-drive Seal U DM-i found 65 km of electric range and 7.7 l/100 km once the battery was empty, both worse than the official figures. The plug-in hybrid only pays off if it is charged often, and its five-star safety rating was carried over from the electric Seal U.

- Type: Analysis
- Desk: Hybrids and plug-in hybrids
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/byd-seal-u-dm-i-real-world-fuel-and-electric-range

## How economical is the BYD Seal U DM-i in independent testing?

ADAC measured 65 km of electric range at 27.3 kWh/100 km for the AWD Design, against 70 km and 20.0 kWh/100 km on WLTP. With the battery empty it used 7.7 l/100 km, rising to 10.2 l/100 km on the motorway. Charged daily, it can cover typical commutes on electricity; driven uncharged, it is a thirsty petrol SUV.

## What the evidence says

1. Electric range held up reasonably well at 65 km against 70 km WLTP, but energy use was 27.3 kWh/100 km against 20.0 kWh/100 km.
2. Battery-empty fuel use of 7.7 l/100 km was 12% above the 6.9 l/100 km WLTP figure for this version, and 10.2 l/100 km at motorway speeds.
3. The five-star Euro NCAP rating was tested on the electric Seal U in 2023 and extended to the plug-in versions in September 2024.

## What ADAC measured on electricity

The German motoring club ADAC tested the Seal U DM-i Design AWD, the 238 kW (324 PS) version with an 18.3 kWh lithium iron phosphate battery. The car was a BYD press car first registered in June 2024, priced at 45,990 euros as tested with a six-year or 150,000 km general warranty. It is no niche model: ADAC notes it was among Germany's ten best-selling plug-in hybrids in 2025, with 8,674 sold. [1][2]

Starting with a full battery, the car covered 65 km on the electric part of ADAC's Ecotest, a mixed cycle, before the engine started. The WLTP figure for this version is 70 km, or 98 km in the WLTP city cycle. Range therefore held up reasonably well. [1][2]

Efficiency did not. ADAC measured 27.3 kWh/100 km including charging losses, against a WLTP figure of 20.0 kWh/100 km. ADAC notes that the most frugal rivals manage about 20 kWh/100 km. A full charge from empty took 17.7 kWh from the socket. [1]

## Fuel use once the battery is empty

The Seal U DM-i is a mainly series hybrid. Electric motors on both axles drive the car even with an empty battery, and the 1.5-litre turbocharged petrol engine mostly generates electricity. It connects to the front wheels only at higher speeds. [1]

It is also a heavy and powerful car. The all-wheel-drive version weighs about 2.1 tonnes, reaches 100 km/h from rest in 5.9 seconds and has a payload of under 400 kg. ADAC rates the performance as very good and the efficiency as weak, which is the trade-off a buyer of this version accepts. [1]

In hybrid mode with the battery empty, ADAC measured 7.7 l/100 km. That splits into 5.3 l/100 km in town, 7.3 l/100 km on country roads and 10.2 l/100 km on the motorway. The WLTP battery-empty figure for this version is 6.9 l/100 km, so the measured result is about 12% higher. BYD's European page advertises 6.4 l/100 km without naming a version; ADAC's data lists 6.9 l/100 km for this all-wheel-drive one. [1][2][3]

Over ADAC's combined assessment of the first 100 km, the car used 2.7 litres of petrol and 17.8 kWh of electricity. It earned three of five Ecotest stars. Charging is slow by current standards: the CCS socket accepts up to 18 kW, and ADAC found a DC charge still takes more than an hour. BYD quotes 35 minutes from 30% to 80%. [1]

## How it compares with plug-in hybrids in general

Official plug-in hybrid figures assume a lot of electric driving. European Commission real-world data for cars registered in 2021 found real-world CO2 emissions were on average 3.5 times higher than the laboratory values. For 2022 registrations the gap was 314%. The gap for petrol cars was about 21%. [4]

A Fraunhofer ISI study of nearly one million plug-in hybrids from 2021 to 2023 put real-world use at about 6 l/100 km against about 1.5 l/100 km on WLTP. Compact and mid-market models ran on electricity 35–43% of the time. The Toyota Prius Plug-in was at 42.8%. [5]

Those are fleet averages, and none of them breaks out the Seal U DM-i. They show the main risk for any plug-in hybrid, including this one: the official figure is reached only by drivers who charge almost every day. [4][5]

## Safety: five stars, carried over from the electric car

Euro NCAP rated the BYD Seal U at five stars on 6 December 2023, testing the electric Design version. It scored 90% for adult occupants, 86% for child occupants, 83% for vulnerable road users and 77% for safety assist. On 11 September 2024 Euro NCAP extended the rating to the plug-in hybrid versions, including the Boost, Design 4x4 and Comfort. [6][7]

The result page does not say whether extra crash tests were run on the plug-in hybrid. It records weak spots: poor head protection at the base of the windscreen and the stiff windscreen pillars, no score for car-to-car emergency braking in head-on scenarios, marginal rear-seat whiplash protection, a weak driver-monitoring score, and a child presence detection system that was not rewarded. In ADAC's own scenarios, the emergency braking system recognised motorcyclists, pedestrians and cyclists largely reliably. [6][1]

## Worked example: one week, two ways

Take a week of five 40 km commutes and one 50 km weekend trip, 250 km in all. Each day fits inside ADAC's 65 km electric range. Charged every night, the car would use about 68 kWh of electricity at ADAC's 27.3 kWh/100 km and almost no petrol, assuming conditions similar to ADAC's mixed cycle. [1]

Never charged, the same week at ADAC's 7.7 l/100 km would use about 19 litres of petrol. A 400 km motorway trip shows the other extreme. Even allowing the full 65 km on electricity, which ADAC measured on a mixed cycle rather than a motorway, the remaining 335 km at 10.2 l/100 km needs about 34 litres. The WLTP battery-empty figure would suggest about 23 litres. [1][2]

The 60-litre tank gives about 775 km on an empty battery at ADAC's average. Charjin's car file lists the Seal U DM-i at 70–125 km of electric range depending on version, with an 18.3 or 26.6 kWh battery. Buyers with longer daily journeys may want the larger battery, though Charjin found no independent test of it. [1][3]

## What is still unknown

This review rests on one detailed independent test of one version. There is no measured winter electric range for the DM-i, no independent test of the 26.6 kWh battery, and the Commission's published real-world summary does not break out individual models. A single press car with 17,517 km on the clock says nothing about long-term reliability. Charjin did not search recall databases for this model, so check the exact car's VIN or registration with the national recall service before buying. [1][4]

## Common questions

**How far does the BYD Seal U DM-i go on electricity?**

ADAC measured 65 km on its mixed Ecotest cycle for the AWD Design, against 70 km on WLTP. Other versions are rated at up to 125 km, but Charjin found no independent test of them.

**What fuel economy does the Seal U DM-i get with an empty battery?**

ADAC measured 7.7 l/100 km on average: 5.3 in town, 7.3 on country roads and 10.2 on the motorway. The WLTP battery-empty figure for that version is 6.9 l/100 km.

**Does the plug-in hybrid have its own Euro NCAP rating?**

No. The five-star rating comes from a 2023 test of the electric Seal U and was extended to the plug-in versions in September 2024.

## Evidence

[1] ADAC, "ADAC Autotest: BYD Seal U DM-i Design AWD" (data, accessed 2026-10-18). Measured electric range, electricity and fuel consumption, Ecotest result, charging observations and test-car details. https://assets.adac.de/image/upload/Autodatenbank/Autotest/AT6552_byd-seal-u-design-awd-cvt/byd-seal-u-design-awd-cvt.pdf
[2] ADAC, "BYD Seal U DM-i Design AWD: Allgemeine Daten" (data, accessed 2026-10-18). WLTP electric range, city range, consumption and battery-empty fuel figure for the tested version. https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/seal-u/1generation/335441/
[3] BYD Europe, "BYD SEAL U DM-i" (manufacturer, accessed 2026-10-18). Manufacturer claims of 6.4 l/100 km, 70 km-plus electric range and up to 1,080 km combined range; the source in Charjin's car file. https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html
[4] European Commission, DG Climate Action, "Real-world CO2 emissions and fuel consumption of cars and vans collected in 2022" (primary, accessed 2026-10-18). Real-world versus type-approval gaps for plug-in hybrids and petrol cars registered in 2021 and 2022. https://climate.ec.europa.eu/news-other-reads/news/publication-real-world-co2-emissions-and-fuel-consumption-cars-and-vans-collected-2022-2024-07-26_en
[5] ÖAMTC auto touring, "Plug-in-Hybrid: Verbrauch deutlich über Messwerten" (reference, accessed 2026-10-18). Report on the Fraunhofer ISI study of nearly one million plug-in hybrids, including electric driving shares. https://www.oeamtc.at/autotouring/news/plug-in-hybrid-verbrauch-deutlich-ueber-messwerten-85153381
[6] Euro NCAP, "BYD SEAL-U 2023 safety rating" (primary, accessed 2026-10-18). Five-star scores, tested variant, September 2024 variant extension and recorded weaknesses. https://www.euroncap.com/en/results/byd/seal-u/50187
[7] Euro NCAP, "Euro NCAP safety results release, 11 September 2024" (primary, accessed 2026-10-18). September 2024 release extending the five-star result to the SEAL-U plug-in hybrid variant. https://www.euroncap.com/press-media/stellar-safety-ratings-but-not-for-stellantis/

Cite as: Charjin, "BYD Seal U DM-i: what independent tests measured on electric range and fuel use", 18 October 2026, https://charjin.com/stories/byd-seal-u-dm-i-real-world-fuel-and-electric-range

---

# China's 67% plug-in share is cutting oil use faster than it is straining the grid

Two-thirds of new cars sold to Chinese households in September 2026 plugged in. The oil effect is already visible in national fuel demand, while charging is still a small, fast-growing slice of electricity use.

- Type: Analysis
- Desk: Clean energy and the grid
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/china-ev-share-oil-demand-grid-september-2026

## What does China's record plug-in share mean for oil and the grid?

Plug-in cars took 67.0% of China's passenger-car retail market in September 2026, a record, mainly because petrol-car sales collapsed under high fuel prices. That is already pulling down Chinese road-fuel demand, while charging used about 1.7% of national electricity in August: growing quickly, but not yet a grid-scale strain.

## Three things the September numbers show.

1. The record share came from shrinking petrol sales, not from more plug-in sales: plug-in retail volume fell 16.7% year on year.
2. Check which statistic is quoted: CPCA retail share (67.0%) and CAAM total-sales share (61.6%) measure different things.
3. Charging is one of the fastest-growing electricity uses in China, up about 51% a year, but from a base under 2% of national demand.

## What the September figures say

The China Passenger Car Association (CPCA) counted 1.618 million passenger-car retail sales in September 2026, down 28.0% on September 2025. Of those, 1.084 million were new-energy vehicles, meaning battery-electric cars and plug-in or range-extender hybrids. That put the plug-in share of retail sales at 67.0%, the highest yet recorded. [1][2]

The headline hides a falling market. Plug-in retail volume was 16.7% lower than a year earlier. Conventional fuel-car retail fell 43% to about 530,000, and pure petrol cars dropped 49%, while ordinary self-charging hybrids rose 25%. The association attributes the fuel-car slump to high oil prices hitting every segment, and the weakness at the cheapest end of the electric market to less favourable subsidies. [1]

Much of China's output is now leaving the country. CPCA counted 558,000 plug-in passenger-car exports in September, up 163.5%, and plug-ins made up 60.8% of passenger-car exports. That is why plug-in wholesale volume rose 11.3% to 1.666 million even as domestic retail fell. [1][2]

## Why two official shares do not match

The China Association of Automobile Manufacturers (CAAM) published a different headline on 12 October: 1.823 million plug-in vehicles sold in September, up 13.6%, or 61.6% of all new vehicle sales. CAAM counts factory sales of all vehicle types, including commercial vehicles and exports. CPCA's 67.0% is a domestic retail figure for passenger cars only. [4][1]

There is a third number in circulation. CPCA's preliminary weekly tally for 1 to 30 September put plug-in retail at 1.141 million and the share at 67.1%. The monthly report a few days later revised the volume to 1.084 million. Readers should treat weekly figures as early estimates and quote the monthly report. [3][1]

Across the first nine months of 2026, CAAM counts 12.472 million plug-in vehicles sold, 53.6% of the total. For the year so far, China has crossed the halfway mark on a sales-weighted basis, not only in individual months. [4]

## The oil side: demand is already falling

The context is an oil shock. The International Energy Agency's October Oil Market Report, published on 14 October, forecasts world oil demand to fall by 2.6 million barrels a day in 2026, to 102.4 mb/d. North Sea Dated crude averaged $116.89 a barrel in September. The agency expects only a partial recovery in 2027, leaving demand about 620,000 barrels a day below 2025. [5]

China's electric fleet is part of that story. E&E News reported in August that the IEA's oil market report estimated electric vehicles displaced about 1.5 mb/d of oil in China in the second quarter, close to double what had been expected. The October report's public summary does not give a new China electric-vehicle figure, so that estimate has not been updated here. [6][5]

Analysts at Kpler estimate technology-driven displacement of Chinese road fuel at about 1.3 mb/d across 2026, with electric cars accounting for around 640,000 barrels a day of petrol. Kpler puts the plug-in share of China's passenger-car fleet at about 15% at the end of 2025, approaching 20% by the end of 2026. That gap between sales share and fleet share matters. Even at 67% of sales, most cars on Chinese roads still burn petrol. [7]

## The grid side: fast growth from a small base

China's National Energy Administration reports electricity use by the charging and battery-swap services sector. In August 2026 it reached 17.2 billion kWh, up 51.2% year on year. From January to August it totalled 114.7 billion kWh, up 55.1%. [8]

Total electricity consumption in August was 1,033.2 billion kWh, up 1.7%, and peak load set a record of 1.56 billion kW. On those figures, charging services used about 1.7% of China's electricity in August. That makes charging one of the strongest growth lines in the statistics, alongside data services, but a long way from the main driver of national demand or of the summer peak. [8]

This category tracks commercial charging and swapping services. Charjin's reading is that it probably does not capture all charging at home, so total vehicle electricity use is likely higher. The administration's September figures had not been published when this article was checked. [8]

## Charjin's check: do the electricity and oil numbers agree?

A rough cross-check shows the two sides of the story are consistent. Assume every kWh of August's 17.2 billion went into a car using about 16 kWh per 100 km, the figure BYD quotes for the Atto 3 in Europe. That would cover about 107.5 billion km in the month. [8][10]

Covering the same distance in a petrol car using 7 litres per 100 km, a Charjin assumption, would need about 7.5 billion litres. That is roughly 47 million barrels, or about 1.5 million barrels a day across August's 31 days. It lands close to the IEA's second-quarter displacement estimate as reported by E&E News. [6]

This is an order-of-magnitude check, not a forecast. The charging-services figure includes buses and trucks, which use more energy per kilometre and displace diesel rather than petrol, and it leaves out much home charging. The useful conclusion is narrower: a little under 2% of China's electricity is now doing work that would otherwise need well over a million barrels of oil a day. [8][7]

## What to watch next

Policy is tightening. From the start of 2026, plug-in buyers pay a 5% purchase tax instead of none, with the relief capped at 15,000 yuan per vehicle. A 2% consumption tax on lithium-ion batteries started on 1 September 2026 and is due to rise to 4% in September 2027. [9]

If oil prices ease, some of September's swing away from petrol cars could reverse, because the record share rests on a petrol-car collapse more than on plug-in growth. The IEA itself calls the supply recovery fragile. Readers should watch whether plug-in retail volume, not only share, returns to growth in the fourth quarter. [1][5]

For the grid, the signal to watch is the administration's monthly charging line against the national peak. Growth of 50% a year compounds quickly. If it were sustained, charging volume would be about seven times larger within five years, which is when charging timing and local network capacity start to matter more than national totals. [8]

## Common questions

**Did more electric cars sell in China in September 2026 than a year earlier?**

Not at retail. CPCA counted 1.084 million plug-in retail sales, 16.7% fewer than in September 2025. The share hit a record because petrol-car sales fell much faster. Wholesale and export volumes did rise.

**Why do CPCA and CAAM give different plug-in shares?**

CPCA's 67.0% covers domestic retail sales of passenger cars. CAAM's 61.6% covers factory sales of all vehicles, including commercial vehicles and exports. Both are official industry figures but they measure different things.

**Is EV charging overloading China's grid?**

Not at national level on current data. Charging and battery-swap services used about 1.7% of China's electricity in August 2026, although that use is growing by about half every year. Local network limits are a separate question that national statistics do not answer.

## Evidence

[1] Phoenix Auto (ifeng), reporting CPCA data, "乘联会:9月全国乘用车市场零售161.8万辆 新能源渗透率67%" (data, accessed 2026-10-18). CPCA September 2026 monthly retail, wholesale, export and powertrain figures and the association's explanations. https://auto.ifeng.com/c/8xCScEUZZFy
[2] MarkLines, "CPCA September 2026 passenger car market summary" (data, accessed 2026-10-18). Independent summary confirming 1.618 million retail, 1.084 million plug-in retail and 67% penetration. https://www.marklines.com/en/report/cpca084_202610
[3] Eastmoney (Cailian Press), reporting CPCA data, "乘联分会:9月1-30日全国乘用车新能源市场零售114.1万辆" (data, accessed 2026-10-18). CPCA's preliminary weekly tally for 1 to 30 September 2026, later revised in the monthly report. https://finance.eastmoney.com/a/202610103891936457.html
[4] Xinhua (news.cn), reporting CAAM data, "中汽协:9月新能源汽车销量占比61.6%" (data, accessed 2026-10-18). CAAM September and January to September 2026 production, sales, share and export figures. https://www.news.cn/fortune/20261012/86323a70bc2c42efa464adf1d8692d7d/c.html
[5] International Energy Agency, "Oil Market Report - October 2026" (primary, accessed 2026-10-18). IEA forecasts for 2026 and 2027 world oil demand and September 2026 crude prices. https://www.iea.org/reports/oil-market-report-october-2026
[6] E&E News, "EVs drive down China's oil demand as Iran war slogs on" (reference, accessed 2026-10-18). Reports the IEA estimate that EVs displaced about 1.5 mb/d of oil in China in the second quarter of 2026. https://www.eenews.net/articles/evs-drive-down-chinas-oil-demand-as-iran-war-slogs-on/
[7] Kpler, "China's road fuel demand displacement reaches 1.3 Mbd in 2026 as high prices accelerates technology shift" (research, accessed 2026-10-18). Kpler estimates of road-fuel displacement, petrol displaced by EVs and plug-in fleet share. https://www.kpler.com/blog/chinas-road-fuel-demand-displacement-reaches-1-3-mbd-in-2026-as-high-prices-accelerates-technology-shift
[8] Guangming Online (CCTV News), reporting National Energy Administration data, "8月全社会用电量再破万亿千瓦时 用电负荷创历史新高" (data, accessed 2026-10-18). National Energy Administration figures for August 2026 total consumption, peak load and charging-services electricity use. https://m.gmw.cn/2026-09/20/content_1304565784.htm
[9] electrive, "China further reduces tax incentives for EVs" (reference, accessed 2026-10-18). Purchase-tax and battery consumption-tax changes for 2026 and 2027. https://www.electrive.com/2026/09/04/china-further-reduces-tax-incentives-for-evs/
[10] BYD Europe, "BYD Atto 3" (manufacturer, accessed 2026-10-18). Source of the about 16 kWh/100 km consumption figure used in the worked example (Charjin car file). https://www.byd.com/eu/electric-cars/atto3

Cite as: Charjin, "China's 67% plug-in share is cutting oil use faster than it is straining the grid", 18 October 2026, https://charjin.com/stories/china-ev-share-oil-demand-grid-september-2026

---

# Choosing an e-bike or e-scooter in 2026: start with the legal limits where you live

The same e-bike can be a bicycle in California, a moped in Britain and an insured vehicle in the EU. Before comparing range or price, check the power, speed, insurance and riding rules that apply to you.

- Type: Analysis
- Desk: E-bikes and micromobility
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/choosing-e-bike-or-e-scooter-2026-rules-by-market

## What should I check first when choosing an e-bike or e-scooter in 2026?

Check whether the product fits your market's legal class: in the UK and EU that means a 250 W motor that stops assisting at 25 km/h for an e-bike, while US states commonly allow up to 750 W and 20 or 28 mph. Anything above those limits is usually a moped, which brings licensing, insurance and road-only riding.

## Four checks before you pay.

1. Match the motor's continuous rated power and assistance cut-off speed to your market's e-bike class.
2. Treat a throttle as a legal question: it is allowed on US Class 2 bikes but needs type approval in Great Britain.
3. For e-scooters, confirm that private riding is legal at all; in Great Britain it is not on public roads.
4. Look for battery and electrical-system certification, such as UL 2849 or EN 15194 with EN 50604-1, regardless of market.

## Why the legal class comes before the spec sheet

An e-bike that meets your local definition is, in law, close to a bicycle: no licence, no registration and access to cycle paths. One that exceeds it usually becomes a motor vehicle. In Great Britain that means a driving licence, a motorcycle helmet, registration, tax and insurance, and no riding on cycle tracks or cycle lanes. [1]

That makes the spec sheet a legal document. Two numbers matter most: the motor's continuous rated power and the speed at which assistance must stop. Both are set in law, and a bike built for one market may carry figures that are legal there and not at home. [1][4]

## Great Britain: 250 W, 15.5 mph and no throttle without approval

In Great Britain, an electrically assisted pedal cycle (EAPC) must have a motor with a continuous rated power of no more than 250 W that stops propelling the bike above 15.5 mph. Riders must be at least 14. An EAPC needs no licence, registration, tax or insurance, and can be ridden on cycle paths but not pavements. [1]

A bike that can be propelled up to 15.5 mph without pedalling, such as a twist-and-go model, must be type approved. Without approval it falls outside the EAPC rules. Look for the markings the rules require: the continuous rated power, the maker's name and either the battery voltage or the maximum assisted speed. [1]

E-scooters are different. Riding a privately owned e-scooter on public roads, pavements or in parks is illegal, and police can fine riders, add penalty points or seize the scooter. Rental schemes in trial areas are legal. Riders need a full or provisional driving licence and the operator provides insurance. [2]

The rental trials apply in England only and are due to end in May 2028 after five extensions. Trial e-scooters are limited to 15.5 mph, a 500 W continuous motor and 55 kg. Buying a private e-scooter in Britain therefore means buying a vehicle that can only be used legally on private land, with the landowner's permission. [3][2]

## European Union: the same e-bike limit, then a sharp step up

EU vehicle type-approval law does not apply to pedal cycles whose auxiliary motor is rated at 250 W or less and whose assistance cuts out when the rider stops pedalling and before 25 km/h. That matches the British limit, since 15.5 mph is about 25 km/h. Above it, a powered cycle with up to 1,000 W and a 25 km/h cut-off is an L1e-A vehicle, and a faster two-wheeler of up to 45 km/h and 4,000 W is an L1e-B moped. [4]

Insurance follows a similar line. The EU motor insurance rules, as amended in 2021, cover powered vehicles with a maximum design speed above 25 km/h, or weighing more than 25 kg with a design speed above 14 km/h. The directive names pedal-assisted e-bikes as the kind of small vehicle it does not aim to cover, but member states may add their own insurance rules. [5]

E-scooters show how far national rules then diverge. Germany limits e-scooters to a design speed of 20 km/h and a 500 W continuous motor, requires an insurance sticker, sets a minimum age of 14 and requires a type approval. Behavioural changes from a revised regulation take effect on 1 March 2027, with new technical rules for 2027 model-year vehicles. [6]

France allows e-scooters at up to 25 km/h for riders aged 14 or over. Civil liability insurance is required. Helmets are mandatory in Paris, in several departments and on 80 km/h roads outside towns. Riding outside permitted zones or carrying a passenger risks a €135 fine. [7]

## United States: higher limits, set mostly by states

Federal consumer product law defines a low-speed electric bicycle as one with working pedals and a motor of less than 750 W, with a top motor-only speed below 20 mph for a 170 lb rider. That definition sets which product safety rules apply. Where and how the bike may be ridden is mostly a matter for each state. [8]

California is a useful example of the common three-class system. All three classes are limited to 750 W. Class 1 assists only while pedalling and stops at 20 mph. Class 2 may use a throttle but stops assisting at 20 mph. Class 3 assists only while pedalling, stops at 28 mph and must have a speedometer. [9]

Californian riders under 16 may not ride Class 3 bikes, and every Class 3 rider and passenger must wear a helmet. No insurance, licence or registration is needed for any class. Modifying a bike to change its speed class without relabelling it is prohibited, and selling devices that push it outside the e-bike definition is illegal. [9]

Since 1 January 2026, California has also defined pedal-less off-highway electric motorcycles, or e-motos. These are banned from public roads and must be registered as off-highway vehicles. A product sold as an e-bike without pedals may fall into that category. [9]

## Charjin's comparison: the same bike in three markets

Converting the limits shows how far apart the markets are. A US Class 3 bike assists to 28 mph, about 45 km/h, with up to 750 W. In the EU that speed is moped territory under the L1e-B category. In Great Britain the same bike exceeds both the 250 W and 15.5 mph limits and would need moped-style licensing, registration and insurance. [9][4][1]

A US Class 2 bike with a throttle and a 750 W motor fails the British EAPC rules twice: on power and on unapproved throttle use. A British or EU-compliant bike, by contrast, sits comfortably inside the US Class 1 definition. Compliant European bikes travel well; American bikes often do not. [9][1]

Buyers importing a bike or ordering from an overseas website should check the continuous power rating and cut-off speed on the frame label before paying. A bike that is legal where it was made may not be legal where it will be ridden. [1][9]

## Battery safety applies everywhere

Whatever the legal class, the lithium-ion battery is where the fire risk sits. Britain's product safety regulator points makers to BS EN 50604-1 for e-bike batteries and BS EN 15194 for e-bikes, and expects a battery management system that prevents thermal runaway. It records at least 10 deaths and almost 200 fires linked to e-bike and e-scooter batteries in the UK in 2023. [10]

In the US, the Consumer Product Safety Commission has proposed making UL 2849 mandatory for e-bikes and UL 2272 for e-scooters and similar devices, with extra tests. Its staff estimate that only about 11% of e-bikes currently comply with UL 2849. Until a final rule applies, asking for the certificate and the test lab's name is the buyer's job. [11]

## Common questions

**Can I ride my own e-scooter on the road in the UK?**

Not in public. Riding a privately owned e-scooter on roads, pavements or in parks is illegal in Great Britain. Only rental e-scooters in official trial areas in England can be ridden on public roads, and the trials are due to end in May 2028.

**Is a 750 W e-bike legal in the UK or EU?**

Not as an ordinary e-bike. Both set a 250 W continuous power limit with assistance stopping at 25 km/h (15.5 mph). A more powerful bike is treated as a motor vehicle with licensing, registration and insurance requirements.

**Do I need insurance for an e-bike?**

Not for a standard e-bike in Great Britain, the EU's motor insurance rules or California. E-scooter riders in Germany and France do need insurance, and faster e-bikes classed as mopeds need it in Britain and the EU.

**Can teenagers ride e-bikes?**

In Great Britain the minimum age for an e-bike is 14. In California, riders under 16 may not use a Class 3 e-bike, and all Class 3 riders must wear a helmet.

## Evidence

[1] GOV.UK, "Electric bikes: licensing, tax and insurance" (primary, accessed 2026-10-18). Great Britain EAPC power, speed, age, marking, approval and riding rules. https://www.gov.uk/electric-bike-rules
[2] GOV.UK, "Riding an electric scooter: the rules" (primary, accessed 2026-10-18). Illegality of private e-scooters in public and rental trial licence and insurance rules. https://www.gov.uk/electric-scooter-rules
[3] Department for Transport, GOV.UK, "Rental e-scooter trials" (primary, accessed 2026-10-18). Trial end date of May 2028, England-only scope and trial vehicle limits. https://www.gov.uk/government/publications/rental-e-scooter-trials/rental-e-scooter-trials
[4] EUR-Lex, European Union, "Regulation (EU) No 168/2013 on the approval and market surveillance of two- or three-wheel vehicles and quadricycles" (primary, accessed 2026-10-18). Exclusion of 250 W, 25 km/h pedal-assisted cycles and L1e-A and L1e-B category limits. https://eur-lex.europa.eu/eli/reg/2013/168/oj/eng
[5] EUR-Lex, European Union, "Directive (EU) 2021/2118 amending Directive 2009/103/EC on motor insurance" (primary, accessed 2026-10-18). Speed and weight thresholds for compulsory motor insurance and exclusion of pedal-assisted e-bikes. https://eur-lex.europa.eu/eli/dir/2021/2118/oj/eng
[6] Federal Ministry of Transport (BMV), Germany, "Elektrokleinstfahrzeuge-Verordnung: FAQ" (primary, accessed 2026-10-18). German e-scooter speed, power, age, insurance and approval rules and 2027 changes. https://bmv.de/SharedDocs/DE/Artikel/StV/Strassenverkehr/elektrokleinstfahrzeuge-verordnung-faq.html
[7] Service-Public.fr, French government, "Trottinette électrique : quelle est la réglementation ?" (primary, accessed 2026-10-18). French e-scooter speed, age, insurance, helmet and fine rules, checked August 2026. https://www.service-public.gouv.fr/particuliers/vosdroits/F308
[8] Legal Information Institute, Cornell Law School, "15 U.S. Code § 2085 - Low-speed electric bicycles" (primary, accessed 2026-10-18). Federal definition of a low-speed electric bicycle: under 750 W and under 20 mph on motor power. https://www.law.cornell.edu/uscode/text/15/2085
[9] California Highway Patrol, "Electric Bicycles and Other Devices (information bulletin, 27 May 2026)" (primary, accessed 2026-10-18). California e-bike classes, age and helmet rules, insurance and licence exemptions, tampering rules and e-moto definition. https://www.chp.ca.gov/siteassets/policy/ib/ib-electric-bicycles-and-other-devices.pdf
[10] Office for Product Safety and Standards, GOV.UK, "Statutory guidelines on lithium-ion battery safety for e-bikes" (primary, accessed 2026-10-18). UK battery standards, battery management expectations and 2023 fire data. https://www.gov.uk/guidance/statutory-guidelines-on-lithium-ion-battery-safety-for-e-bikes
[11] U.S. Consumer Product Safety Commission, Federal Register, "Safety Standard for Lithium-Ion Batteries Used in Micromobility Products (proposed rule, 91 FR 38162)" (primary, accessed 2026-10-18). Proposed mandatory UL standards and staff estimate of current e-bike compliance. https://www.govinfo.gov/content/pkg/FR-2026-06-24/pdf/2026-12749.pdf

Cite as: Charjin, "Choosing an e-bike or e-scooter in 2026: start with the legal limits where you live", 18 October 2026, https://charjin.com/stories/choosing-e-bike-or-e-scooter-2026-rules-by-market

---

# The US e-bike battery rule reaches its last public hearing: what buyers should check now

The Consumer Product Safety Commission hears oral comments on 21 October 2026 on a proposal to make UL battery standards mandatory for e-bikes and e-scooters. Until a final rule lands, certification is still a voluntary label buyers must look for themselves.

- Type: Report
- Desk: E-bikes and micromobility
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/cpsc-e-bike-battery-rule-what-buyers-should-check

## Does the US now require certified e-bike batteries?

Not yet nationally. The CPSC has proposed making UL 2849, UL 2272 and UL 2271 mandatory, with extra tests, and products made 180 days after a final rule would have to comply. Until then, buyers should insist on a named certification from a recognised test lab, which New York City already requires for sale.

## Three checks before you buy an e-bike or e-scooter.

1. Look for UL 2849 (e-bikes) or UL 2272 (e-scooters and similar) certification of the whole electrical system, with the test lab named.
2. Buy spare batteries and chargers that are certified for your model; mismatched chargers are one of the hazards the proposal targets.
3. In the UK, check the plug has a correctly rated fuse and the seller can supply a Declaration of Conformity.

## Where the rule stands

The CPSC published its proposed safety standard for lithium-ion batteries in micromobility products on 24 June 2026. Written comments closed on 24 August. On 5 October the agency announced a virtual meeting for oral comments starting at 10 am Eastern time on 21 October, with requests to speak due by 15 October. [1][2]

The proposal covers e-bikes, e-scooters, self-balancing scooters, e-skateboards, e-unicycles and hybrids of these. It also reaches batteries sold separately, aftermarket chargers and the parts in e-bike conversion kits. It is still a proposal. Charjin found no date for a final rule in the agency's notices. [1][3]

## What it would require

The agency would make three existing voluntary standards mandatory: UL 2849 for e-bike electrical systems, UL 2272 for other personal e-mobility devices and UL 2271 for user-replaceable battery packs. It would add tamper-resistant battery enclosures, a test of charging straight after discharge, a reverse-polarity test and revised warning labels. [1][3]

Products manufactured after a proposed 180-day effective date would have to comply. The CPSC says the voluntary standards alone do not adequately address the hazards it found. [1]

Its case rests on 227 incidents from 2019 to 2023 involving micromobility battery systems, linked to 39 deaths and 181 injuries. Fires accounted for 195 of those incidents and all 39 deaths. [1]

## Charjin's cost check

CPSC staff estimate the compliance cost at $230 per e-bike, $114.86 per e-scooter and $162.79 per other micromobility product. They also estimate that only about 11% of e-bikes currently comply with UL 2849. [1]

Those figures explain where the pressure will fall. On a $1,000 e-bike, $230 is 23% of the price; on a $3,000 model it is under 8%. If the costs are passed on, the cheapest uncertified imports would see the largest proportional rise. Staff expect demand to dip, but do not expect a significant market effect. [1]

## What already applies, in New York and the UK

New York City has required certification for sale, lease or rental since 16 September 2023: UL 2849 for e-bikes, UL 2272 for other devices and UL 2271 for batteries. Laws passed in 2024 raised the maximum penalty to $2,000 per device type and let the city close repeat-offending shops. [4]

The UK has no equivalent mandatory certification. Since 12 December 2024, statutory guidelines from the Office for Product Safety and Standards have set out what e-bike battery makers and sellers must consider, including a battery management system that prevents thermal runaway. They point to BS EN 50604-1 for batteries and BS EN 15194 for e-bikes, and record at least 10 deaths and almost 200 fires linked to these batteries in 2023. [5]

Enforcement is still catching unsafe imports. On 21 September 2026 the regulator published two serious-risk reports: a Fafrees FF20 CUV e-bike sold via Amazon with an incorrectly rated fuse in its charger plug and no valid Declaration of Conformity, and an unbranded e-bike whose plug had no fuse. Both were rejected at the border. [6][7]

## What is still unknown

The final text could change after the hearing, and so could the effective date. Analysts at Battery Design note that a final federal rule could also override state and local requirements that differ on the same hazards. Buyers in New York should watch whether the city's own rules change as a result. [3][1]

## Common questions

**Is UL 2849 certification required to sell an e-bike in the US?**

Not nationally yet. New York City requires it, and the CPSC has proposed a national rule. Until a final rule takes effect, certification is voluntary in most of the country.

**When would the CPSC rule take effect?**

The proposal says products manufactured after 180 days from the final rule's publication must comply. No final rule had been issued by 18 October 2026.

**Are e-bike batteries regulated in the UK?**

They fall under general product safety law, with statutory guidelines since December 2024 pointing to BS EN 50604-1 and BS EN 15194. There is no UK requirement for third-party certification before sale.

## Evidence

[1] U.S. Consumer Product Safety Commission, Federal Register, "Safety Standard for Lithium-Ion Batteries Used in Micromobility Products and Electrical Systems of Micromobility Products Containing Such Batteries (proposed rule, 91 FR 38162)" (primary, accessed 2026-10-18). Scope, standards, added tests, 180-day effective date, incident data and compliance cost estimates. https://www.govinfo.gov/content/pkg/FR-2026-06-24/pdf/2026-12749.pdf
[2] U.S. Consumer Product Safety Commission, Federal Register, "Announcement of opportunity for oral presentation of comments (FR Doc. 2026-20296)" (primary, accessed 2026-10-18). Virtual meeting on 21 October 2026 and 15 October request deadline. https://www.federalregister.gov/documents/2026/10/05/2026-20296/safety-standard-for-lithium-ion-batteries-used-in-micromobility-products-and-electrical-systems-of
[3] Battery Design, "CPSC Proposed Rule: Lithium-Ion Batteries in Micromobility Products (US)" (reference, accessed 2026-10-18). Independent summary of the proposal, timeline and possible pre-emption of state rules. https://www.batterydesign.net/legislation-rules-and-regulations/cpsc-micromobility-battery-rule/
[4] NYC Department of Consumer and Worker Protection, "Mayor Adams, Speaker Adams announce new enforcement powers to prevent sale of dangerous lithium-ion batteries" (primary, accessed 2026-10-18). New York City certification requirements since September 2023 and 2024 enforcement powers. https://www.nyc.gov/site/dca/news/041-24/mayor-adams-speaker-adams-new-enforcement-powers-prevent-sale-dangerous-
[5] Office for Product Safety and Standards, GOV.UK, "Statutory guidelines on lithium-ion battery safety for e-bikes" (primary, accessed 2026-10-18). UK legal basis, battery management requirements, referenced standards and 2023 fire data. https://www.gov.uk/guidance/statutory-guidelines-on-lithium-ion-battery-safety-for-e-bikes
[6] Office for Product Safety and Standards, GOV.UK, "Product Safety Report: Fafrees E-Bike sold via Amazon (2609-0133)" (primary, accessed 2026-10-18). Serious fire risk from an incorrectly rated charger plug fuse; import rejected. https://www.gov.uk/product-safety-alerts-reports-recalls/product-safety-report-fafrees-e-bike-sold-via-amazon-2609-0133
[7] Office for Product Safety and Standards, GOV.UK, "Product Safety Report: Electric Bike (2609-0123)" (primary, accessed 2026-10-18). Serious fire risk from an unfused plug on an unbranded e-bike; import rejected. https://www.gov.uk/product-safety-alerts-reports-recalls/product-safety-report-kenda-electric-bike-2609-0123

Cite as: Charjin, "The US e-bike battery rule reaches its last public hearing: what buyers should check now", 18 October 2026, https://charjin.com/stories/cpsc-e-bike-battery-rule-what-buyers-should-check

---

# EcoFlow's Titan home battery starts at 5 kWh. A worked example shows when storage saves money and when it is insurance

EcoFlow's new US Titan series pairs a 5 kWh LFP battery with up to 7.2 kW of output for about $3,000, or about $7,000 installed with its transfer panel. On a California time-of-use tariff, moving 5 kWh a day from off-peak to peak saves about $110 a year at best, so the case rests on backup and solar.

- Type: Analysis
- Desk: Batteries and supply chain
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/ecoflow-titan-home-battery-when-storage-pays

## Does a home battery like EcoFlow's Titan pay for itself?

Not from tariff arbitrage alone on a typical time-of-use plan: on PG&E's E-TOU-C rates, cycling 5 kWh a day saves about $111 a year before losses, against about $7,000 for an installed Titan 5000 with its panel. It makes more sense if you need backup power for outages, already have solar, or face a much wider peak to off-peak price gap.

## Three numbers to run before buying a home battery.

1. An average US home bought about 29.6 kWh a day in 2022, so a 5 kWh battery covers about a sixth of a typical day.
2. The saving from charging off-peak and using power at peak depends on the price gap: 12.3 cents a kWh in PG&E's summer, 3 cents in its winter.
3. The 30% federal residential credit does not apply to batteries placed in service after 31 December 2025.

## What EcoFlow launched

EcoFlow announced the Titan series in the United States on 13 October 2026: the Titan 5000 Plus, Titan 5000 and Titan 5000 Classic. Each starts with a 5 kWh battery using lithium iron phosphate (LFP) cells and can be expanded in 5 kWh steps to 30 kWh per unit. [1][2][3][4]

The Plus and standard models deliver 7.2 kW continuous at 120/240 V, and EcoFlow says the Plus can start and run a 3-ton central air conditioner without a soft starter. With solar connected, the Plus can reach 10 kW. The Classic gives 4 kW at 120 V only, which rules out 240 V loads such as central air conditioning and many well pumps. [1][2][4]

The Smart Home Panel 10 installs beside the existing breaker panel and backs up 10 chosen circuits at up to 50 A, switching to battery in under 20 milliseconds according to EcoFlow. Software can charge from the grid at low time-of-use rates and discharge at peak. [1][2]

## What 5 kWh actually covers

The US Energy Information Administration says the average residential customer bought 10,791 kWh in 2022, about 899 kWh a month. That is roughly 29.6 kWh a day, so a single 5 kWh module holds about a sixth of an average day's electricity, and a fully expanded 30 kWh unit holds about one day. [5]

EcoFlow says 30 kWh can run an average US home for two full days without the grid. On the EIA average, that only works if use roughly halves during the outage, for example with heating or cooling off. The transfer panel's 10-circuit design points the same way: it protects selected loads rather than the whole house at normal use. [1][3][5]

Power matters as much as energy. The 7.2 kW continuous rating of the Plus and standard models sets how many large appliances can run at once, and the Classic's 4 kW at 120 V suits a fridge, lights, a router and a furnace blower rather than central air. [1][2]

## Worked example: a California time-of-use bill

California has some of the highest US power prices, averaging 33.61 cents a kWh for households in July 2026 against 18.31 cents nationally, according to preliminary EIA data. PG&E's E-TOU-C tariff, effective 1 March 2026, charges $0.52240 a kWh at peak (4 to 9 pm) and $0.39940 off-peak in summer, and $0.39757 and $0.36757 in winter. [6][8]

Charjin assumed a Titan 5000 charges 5 kWh off-peak every day and supplies it all at peak, ignoring conversion losses. Over the 122 summer days, the 12.3-cent gap saves about $75. Over the 243 winter days, the 3-cent gap saves about $36. The best case is roughly $111 a year. [6]

Against the roughly $7,000 EcoFlow quotes for a Titan 5000 with panel and installation, that is more than 60 years of savings, and about 27 years against the roughly $3,000 standalone price. Real savings would be lower once charging losses are counted. On this tariff, bill savings from grid charging do not pay for the battery. [1][2][4][6]

Adding modules raises the ceiling but not the logic. Six modules cycled fully every day would save at most about $670 a year on the same rates before losses, and only if the home used 30 kWh between 4 and 9 pm, which is more than an average home buys in a whole day on EIA figures. EcoFlow has not published module prices, so the payback on a larger system cannot yet be calculated. [1][5][6]

Federal support no longer changes that sum. The IRS says the residential clean energy credit, which covered batteries of at least 3 kWh, is not available for property placed in service after 31 December 2025. [7]

## When storage can make sense

The stronger case is resilience. If outages are frequent and a medical device, well pump, freezer or home office must keep running, the value is the cost of losing power, which a tariff calculation cannot capture. The Plus and standard models' 240 V output is what makes pumps and central air possible. [2]

Solar changes the sum. The Plus accepts up to 8 kW of solar through two 4 kW charge controllers and the standard model up to 4 kW, and EcoFlow says the panel works with existing third-party rooftop systems. Storing midday solar for the evening peak is worth the peak price minus whatever your utility pays for exported power, so check that export rate first. [1][4]

Check the practical limits as well. The units are rated IP20 for dry indoor locations, charging is specified from 0°C to 45°C, and pv magazine reports a five-year warranty. Neither EcoFlow's release nor the coverage gives a cycle-life rating. [2][4]

## What is still unknown

Prices are approximate bands: about $3,000 standalone for the Titan 5000 and Plus, about $2,000 for the Classic, and about $7,000 and $5,000 with panel and installation. EcoFlow says fuller pricing follows on 3 November, and the cost of each extra 5 kWh module has not been published. [1][2][4]

Availability is not entirely clear. EcoFlow's release says the series is available from 13 October through its website, while Electrek describes a $50 reservation with the launch and final payment in November. EcoFlow's seven-day installation offer counts business days, excludes permit time and is limited to certain ZIP codes; pv magazine puts installation labour at about $1,200. [1][2][3][4]

## The Charjin view

A modular 5 kWh starting point lowers the entry price for home backup, and an LFP battery that can run 240 V loads through a pre-wired panel is a sensible design. Buy it as insurance, or to store your own solar, and size it to the circuits you need to protect. [1][2]

Do not buy it on a promise of lower bills from grid charging alone unless your own tariff has a far wider peak gap than PG&E's. Run your own numbers: daily use from your bill, your tariff's peak and off-peak prices, your export rate, and the final installed price. [5][6]

## Common questions

**How long would an EcoFlow Titan run my house in a power cut?**

It depends on what you run. An average US home used about 29.6 kWh a day in 2022, so 5 kWh covers a few hours of normal use and 30 kWh about a day. Limiting backup to essential circuits stretches that considerably.

**Can I still claim the 30% federal tax credit on a home battery?**

Not for a battery placed in service after 31 December 2025, according to the IRS. Check state and utility programmes separately, as they vary by location.

**Is time-of-use arbitrage ever worth it?**

It needs a wide, year-round gap between peak and off-peak prices. On PG&E's E-TOU-C the gap is 12.3 cents in summer and 3 cents in winter, which saves about $111 a year from 5 kWh daily at best. Plans with larger gaps, or solar charging, improve the result.

## Evidence

[1] EcoFlow via PR Newswire, "EcoFlow Debuts TITAN Series, Bringing Whole-Home Energy Security Within Reach of Everyday Families" (manufacturer, accessed 2026-10-18). EcoFlow's 13 October 2026 press release (PR Newswire, syndicated copy): models, output, LFP cells, expansion, Smart Home Panel 10, solar compatibility, price bands and availability. https://www.webull.com/news/15741292693890048
[2] Popular Science, "EcoFlow's new TITAN batteries can keep your central air running through a blackout" (reference, accessed 2026-10-18). Detailed specifications, Classic's 120 V limit, solar input, IP20 rating, installation conditions and pricing, with no cycle-life figure. https://www.popsci.com/gear/ecoflow-titan-5000-home-battery/
[3] Electrek, "Tiny Titan: new residential battery system from EcoFlow starts small" (reference, accessed 2026-10-18). EcoFlow's two-day runtime claim for 30 kWh and the reservation and November launch timing. https://electrek.co/2026/10/18/tiny-titan-new-residential-battery-system-from-ecoflow-starts-small/
[4] pv magazine USA, "EcoFlow launches 5 kWh to 30 kWh residential storage systems" (reference, accessed 2026-10-18). Five-year warranty, solar input by model, temperature limits, IP20 rating, about $1,200 installation labour and price bands. https://pv-magazine-usa.com/2026/10/14/ecoflow-launches-5-30-kwh-residential-storage-system/
[5] U.S. Energy Information Administration, "How much electricity does an American home use?" (primary, accessed 2026-10-18). Average US residential customer bought 10,791 kWh in 2022, about 899 kWh a month. https://www.eia.gov/tools/faqs/faq.php?id=97&t=3
[6] Pacific Gas and Electric Company, "Electric Schedule E-TOU-C: Residential Time-of-Use (Peak Pricing 4–9 p.m. Every Day)" (primary, accessed 2026-10-18). PG&E tariff sheet with total bundled peak and off-peak rates for summer and winter, effective 1 March 2026. https://www.pge.com/tariffs/assets/pdf/tariffbook/ELEC_SCHEDS_E-TOU-C.pdf
[7] Internal Revenue Service, "Residential Clean Energy Credit" (primary, accessed 2026-10-18). Credit not available for property placed in service after 31 December 2025; batteries had to be at least 3 kWh. https://www.irs.gov/credits-deductions/residential-clean-energy-credit
[8] U.S. Energy Information Administration, "Electric Power Monthly, Table 5.6.A: Average price of electricity to ultimate customers by end-use sector, by state" (data, accessed 2026-10-18). Preliminary July 2026 residential prices: 33.61 cents/kWh in California and 18.31 cents/kWh for the US. https://www.eia.gov/electricity/monthly/epm_table_grapher.php?t=epmt_5_6_a

Cite as: Charjin, "EcoFlow's Titan home battery starts at 5 kWh. A worked example shows when storage saves money and when it is insurance", 18 October 2026, https://charjin.com/stories/ecoflow-titan-home-battery-when-storage-pays

---

# Winter range: what independent tests measured against WLTP, and what to expect in cold and heat

In Norway's two most recent winter tests, electric cars fell 19% short of their WLTP range on average in a mild January and 38% short in a severe one. Plan around the weather where you live, not the brochure figure.

- Type: Analysis
- Desk: Electric cars
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/ev-winter-range-tests-wltp-epa

## How much range does an electric car lose in winter compared with its official figure?

In NAF's January 2025 test, at -6°C to +8°C, cars fell an average of 19.4% short of WLTP. In January 2026, at -7°C to -32°C, the average loss was 38%. In mild summer conditions several cars matched or beat WLTP, while laboratory tests at 35°C with air conditioning found a loss of about 17%.

## What the tests mean for planning

1. Use about 80–85% of the WLTP figure for a mild winter and about 60% for hard frost; individual cars ranged from 4% to 46% short.
2. Cabin heating is the main cost: US government guidance says about two-thirds of the extra winter energy goes on heating the cabin.
3. Heat costs less than cold, but it still costs range: AAA's laboratory test found 17% less range at 35°C with the air conditioning on.

## Two Norwegian winters, two very different answers

Norway's motoring organisation NAF and the magazine Motor run the El Prix test every winter and summer. The cars drive the same route at the same time and continue until they lose power or can no longer hold the speed limit. In 2025 NAF recalculated each distance from GPS stop positions, because trip computers were not accurate enough. [1][2]

The January 2025 test was mild and wet, between -6°C and +8°C, with rain on frozen roads. The average shortfall against WLTP was 19.4%. The January 2026 test ran from -7°C in Oslo to -32°C on the mountain at Folldal. There the average loss was 38%, about twice as large. [1][2]

The spread between cars matters as much as the average. In 2025 the best result, a Polestar 3, came within 4.1% of its rating, while a Peugeot E-3008 fell 28.6% short. In 2026 the smallest losses, about 29%, came from the Hyundai Inster and MG S6, and the largest, 46%, from a Lucid Air rated at 960 km. [1][2]

## Model by model: the 2025 and 2026 results

Among popular family cars in the 2025 test, the Kia EV3 covered 504 km against 590 km WLTP, 14.6% short. The BYD Sealion 7 managed 429 km against 502 km, 14.5% short. The Hyundai Ioniq 5 covered 440 km against 546 km (19.4% short), the Ford Explorer 430 km against 525 km (18.1%), and the Tesla Model 3 536 km against 702 km (23.6%). [2]

The 2026 field was different and the cold much harsher. The Tesla Model Y covered 359 km against 629 km WLTP, 42.9% short, at 21.2 kWh/100 km against a rated 15.9. The Kia EV4 managed 390 km against 594 km (34.3%), the Skoda Elroq 309 km against 524 km (41.0%) and the Mercedes-Benz CLA 421 km against 709 km (40.6%). [1]

These are single cars, in single tests, on a route with long climbs. NAF does not publish every version detail, and the same badge can carry different batteries and wheels. Treat each result as one well-controlled data point, not a fixed property of the model. [1][2]

## Summer and heat: the other side of the curve

In NAF's summer 2025 test, run at 7°C to 17°C, several cars beat their ratings. The Tesla Model Y went 652.1 km, 11.3% beyond WLTP, the Zeekr 7X 593 km against 541 km, and the Skoda Elroq finished 0.5% short. NAF also changed the end point that summer, so the results are not directly comparable with older records. The summer Model Y may not be the same version as the one tested in 2026. [3]

Telematics data shows the same shape. Geotab analysed 5.2 million trips by 4,200 electric vehicles and found range peaked at 115% of the rated figure at 21.5°C, falling to 54% at -15°C. It did not state which official test the rated figures came from. [8]

Heat costs less than cold. In a 2019 laboratory study of five cars, AAA found that running the air conditioning at 35°C (95°F) cut range by 17%. Using the heater at -7°C (20°F) cut it by 41%. US government guidance adds that pre-cooling the cabin while the car is plugged in, and choosing a warmer air-conditioning setting, both save battery energy. [5][7]

## Why cold costs so much range

Most of the winter loss goes on keeping people warm. Fueleconomy.gov says about two-thirds of the extra energy used in cold weather goes on heating the cabin. Without the heater, an AAA-based estimate puts the range loss at 20°F at about 12%. [6]

Laboratory tests show how steep the effect can be on a single car. In Green NCAP's -7°C test of a 58 kWh Hyundai Ioniq 5 in 2022, energy use rose by 85% compared with its standard test. That was a laboratory cycle on an older car, but it shows how much of the battery heating can take. [9]

Government guidance offers two simple remedies. Heat the cabin while the car is still plugged in, so the energy comes from the grid rather than the battery. On the move, use the seat heaters instead of the cabin heater, which saves energy and extends range. [6]

## Worked example: a Kia EV3 through the year

Charjin's car file lists the long-range Kia EV3 at up to 605 km WLTP, a figure on Kia's own site. NAF's EV3 was rated at 590 km, so the tested version was slightly different. Applying its 14.6% winter 2025 shortfall to 605 km gives about 515 km on a full battery in a mild Nordic winter. [2][10]

In conditions like the 2026 test, applying the 38% average loss gives about 375 km. Most drivers on a long trip use the window between 10% and 80%, which is 70% of the battery. That cuts the usable distance between rapid charges to about 360 km in a mild winter and about 260 km in hard frost. NAF measured 31 minutes for the EV3's 10–80% charge in its 2025 winter test, a figure that excludes the time spent finding and queueing for a charger. [1][2][4]

In a hot summer, AAA's 17% loss with air conditioning would put the same car near 500 km. That is a laboratory figure from older cars, so treat it as a rough guide. In temperate weather, NAF's summer results suggest a careful driver can expect close to the WLTP figure. [3][5]

## What to check before you buy

Compare cars using a measured winter result where one exists, and check that the tested version matches the battery and wheels you are buying. Look at consumption in kWh/100 km as well as kilometres, because it shows how hard the car works for each kilometre. Check that the car can preheat the cabin while plugged in. Then take the longest regular winter journey you make and check that it fits within 60% of the WLTP figure, with a margin. [1][2][6]

## Common questions

**Is WLTP or EPA range closer to real winter driving?**

Neither is a winter figure. In NAF's tests cars fell 19.4% short of WLTP in a mild January and 38% short in severe cold. EPA ratings use a different cycle, so convert only with care.

**Does hot weather reduce electric car range?**

Yes, but less than cold. AAA's laboratory test found 17% less range at 35°C with the air conditioning running, against 41% less at -7°C with the heater on.

**Which car did best in the most recent winter test?**

In NAF's January 2026 test, the Hyundai Inster and MG S6 had the smallest losses against WLTP, about 29%. The Lucid Air went furthest, about 520 km, but had the largest loss against its rating.

## Evidence

[1] NAF, "El Prix vinter 2026: rekkeviddetest" (data, accessed 2026-10-18). January 2026 conditions, method, the 38% average loss and per-car WLTP and measured ranges. https://naf.no/elbil/elprix-nytt/elprix-vinter-2026-rekkeviddetest
[2] NAF, "El Prix vinter 2025: rekkevidde" (data, accessed 2026-10-18). January 2025 conditions, GPS-based method, the 19.4% average shortfall and per-car results. https://www.naf.no/elbil/elprix-nytt/elprix-vinter-2025-rekkevidde
[3] NAF, "El Prix sommer 2025: ny rekkevidde-rekord" (data, accessed 2026-10-18). Summer 2025 temperatures, changed end point and per-car results against WLTP. https://www.naf.no/elbil/elprix-nytt/el-prix-sommer-2025-ny-rekkevidde-rekord
[4] NAF, "El Prix vinter 2025: ladetest" (data, accessed 2026-10-18). Measured 10–80% charging time and battery capacity for the Kia EV3 in winter 2025. https://www.naf.no/elbil/elprix-nytt/elprix-vinter-2025-ladetest
[5] AAA, "AAA Electric Vehicle Range Testing" (research, accessed 2026-10-18). 2019 laboratory test of five EVs at -7°C and 35°C with climate control on. https://newsroom.aaa.com/2019/02/cold-weather-reduces-electric-vehicle-range/
[6] US Department of Energy / EPA, fueleconomy.gov, "Fuel Economy in Cold Weather" (primary, accessed 2026-10-18). Share of extra winter energy used for cabin heating, no-heater estimate and preconditioning advice. https://www.fueleconomy.gov/feg/coldweather.shtml
[7] US Department of Energy / EPA, fueleconomy.gov, "Fuel Economy in Hot Weather" (primary, accessed 2026-10-18). Air-conditioning effect on electrified vehicles and pre-cooling advice. https://www.fueleconomy.gov/feg/hotweather.shtml
[8] Geotab, "To what degree does temperature impact EV range?" (research, accessed 2026-10-18). Telematics analysis of 5.2 million trips showing range against temperature. https://www.geotab.com/uk/blog/ev-range/
[9] Green NCAP / Euro NCAP, "Hyundai IONIQ 5 - Green NCAP 2022 Results - 5 stars" (data, accessed 2026-10-18). Laboratory -7°C test showing an 85% rise in energy use for the 58 kWh Ioniq 5. https://news.euroncap.com/greenncap/hyundai-ioniq-5---green-ncap-2022-results---5-stars/s/53f953f6-2d64-4710-a7c6-eb280cc24afc
[10] Kia Corporation, "Kia EV3" (manufacturer, accessed 2026-10-18). Manufacturer claim of up to 605 km on WLTP, the figure in Charjin's car file. https://worldwide.kia.com/int/ev3

Cite as: Charjin, "Winter range: what independent tests measured against WLTP, and what to expect in cold and heat", 18 October 2026, https://charjin.com/stories/ev-winter-range-tests-wltp-epa

---

# Florida wants its federal EV-charger money for air-taxi pads

Florida's transport department plans to spend its remaining NEVI charging funds on 32 charging sites for electric air taxis, arguing that private firms have already covered its highways. For drivers, the plan means no new state-funded road chargers, and public rapid charging there costs about three times as much per kilometre as charging at home.

- Type: Report
- Desk: Charging and infrastructure
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/florida-nevi-charging-money-evtol

## Does Florida's plan change anything for people driving electric cars there?

It means the state's NEVI money would not pay for new public car chargers; it would pay for charging at air-taxi vertiports instead, if federal officials approve. Drivers will keep relying on privately built networks, where rapid charging costs about three times as much per kilometre as home charging at Florida's average household rate.

## Three facts behind the Florida plan.

1. FDOT's September 2025 plan budgets $5.6 million per site for 32 air-taxi charging sites, using federal money meant for EV charging.
2. Federal guidance lets a state spend off the highway corridors once it certifies them fully built out; whether vertiports qualify has not been tested in public.
3. For a 2024 VW ID.4 Pro, FPL's public rapid chargers cost about $8.33 per 100 km, against about $2.78 at Florida's average home electricity price.

## What Florida is proposing

The Florida Department of Transportation's NEVI deployment plan, dated September 2025, says private companies have built enough chargers along the state's designated corridors without public money. It says FDOT will not spend the funds on everyday passenger vehicles and will instead put them into charging for electric vertical take-off and landing aircraft, as part of an intercity "Aerial Highway Network". [1]

The plan estimates $5.6 million to design and install the charging equipment at each site and lists 32 sites over five annual tranches, with Florida adding a 20% match. The plan only became public in July 2026, when the Miami Herald obtained it through a records request. [1][4][6]

## Why the rules may allow it

NEVI money must first go to chargers along designated alternative-fuel corridors, with stations no more than 50 miles apart and four ports of at least 150 kW. Interim guidance issued in August 2025 says that once a state determines, and the Secretary certifies, that its corridors are fully built out, the money can be used on any public road or in other publicly accessible locations. The same guidance gives states more freedom to decide when that point is reached. [2][3]

Two outlets report that the Federal Highway Administration has accepted that Florida's corridors are fully built out and is expected to approve the new plan. Neither reports a final decision, and Charjin found no published approval. The Southern Alliance for Clean Energy argues that sites such as private airports and condominium rooftops are not publicly accessible and has asked federal officials to reject the plan. [4][5][6]

## How much money is left

Florida's NEVI formula allocation was about $198 million over five years. Congress clawed back just over $503 million of unspent NEVI funding from 30 states and territories in a January 2026 budget law. The Southern Alliance for Clean Energy puts Florida's share of that cut at $44.6 million, leaving $153.4 million, and says the state had spent none of its allocation. [3][4][7]

The plan's own spending table predates that cut and adds up to $190 million. That means the 32-site programme would need to shrink or find other funding unless the figures are revised. Charjin could not confirm Florida's exact remaining balance from a federal document. [1][4]

## What drivers have now

FDOT counted 452 rapid-charging stations and 1,708 Level 2 stations on its corridors that were public, open around the clock and usable by all cars as of August 2025. It says public charging ports in the state have more than doubled in four years. About a third of Floridians live in multi-unit housing, according to the Southern Alliance, which is where public charging matters most. [1][4]

The aircraft side is less mature. As of August 2026, no eVTOL company had full Federal Aviation Administration approval to carry paying passengers on scheduled routes, according to The Next Web. [5]

## What charging costs in Florida

Charjin's worked example uses a 2024 Volkswagen ID.4 Pro, which the EPA rates at 29.8 kWh per 100 miles combined, or about 18.5 kWh per 100 km. The utility FPL charges $0.45 per kWh plus taxes and fees on its public EVolution rapid chargers in 2026, rising to $0.49 by 2029. That works out at about $8.33 per 100 km, or $13.40 per 100 miles. [8][10]

Florida's average residential electricity price was 15.03 cents per kWh in July 2026, a preliminary federal figure. At that rate the same car costs about $2.78 per 100 km to charge at home, roughly a third of the rapid-charging cost. FPL says many of its public Level 2 chargers are free, which narrows the gap for drivers who can charge slowly while parked. [8][9]

## What to watch

The next step is a federal decision on the plan, and whether it treats vertiport chargers as EV charging infrastructure in publicly accessible places. Florida drivers should also watch whether the eventual sites include charging for road vehicles; the plan says such chargers may be added at passenger parking by private industry, which is not a commitment. [1][2]

## Common questions

**Is Florida taking away existing chargers?**

No. The plan concerns federal money that has not yet been spent. Existing privately funded chargers are unaffected.

**Has the federal government approved the air-taxi plan?**

Reports say federal officials have accepted that Florida's corridors are built out, but Charjin found no published approval of the plan itself as of 18 October 2026.

**How was the home charging cost calculated?**

We multiplied the EPA's combined consumption for a 2024 ID.4 Pro (about 18.5 kWh per 100 km) by Florida's July 2026 average residential price of 15.03 cents per kWh. Your own tariff and car will give a different figure.

## Evidence

[1] Florida Department of Transportation, "National Electric Vehicle Infrastructure Deployment Plan, September 2025" (primary, accessed 2026-10-18). FDOT's plan to redirect NEVI funds to eVTOL charging: 32 sites, $5.6 million per site, spending table and corridor charger counts (copy obtained by the Miami Herald and published by the Southern Alliance for Clean Energy). https://05844af6-4b41-4f94-bcab-881f516a20f2.usrfiles.com/ugd/05844a_3fed4511eb08409a82a07f5a0e147604.pdf
[2] Federal Highway Administration, via GovInfo, "National Electric Vehicle Infrastructure Formula Program Guidance (Federal Register notice 2025-15370)" (primary, accessed 2026-10-18). Interim final guidance: funds may go to any public road or publicly accessible location once corridors are certified fully built out. https://www.govinfo.gov/content/pkg/FR-2025-08-13/html/2025-15370.htm
[3] Florida Department of Transportation, "NEVI Formula Program" (primary, accessed 2026-10-18). Florida's estimated $198 million allocation and the corridor siting and power requirements for NEVI stations. https://www.fdot.gov/planning/policy/ev/nevi-formula-program
[4] Southern Alliance for Clean Energy, "NEVI Funds and Flying Cars: Florida's EV Charging Plan Under Fire" (reference, accessed 2026-10-18). Florida's $44.6 million rescission and $153.4 million balance, unspent funds, multi-unit housing share and the case against the plan. https://cleanenergy.org/news/nevi-funds-and-flying-cars-floridas-ev-charging-plan-under-fire/
[5] The Next Web, "Florida wants to spend $198 million in federal EV charger money on air taxi landing pads" (reference, accessed 2026-10-18). Reports FHWA acceptance of Florida's built-out corridors, pending approval and eVTOL certification status. https://thenextweb.com/news/florida-nevi-ev-charger-money-evtol-vertiports
[6] Carscoops, "Florida Wants To Spend $197 Million Of EV Charger Money On Flying-Car Pads Near Golf Courses" (reference, accessed 2026-10-18). Reports the Miami Herald records request and FHWA's view that the corridors are built out. https://www.carscoops.com/2026/07/florida-nevi-flying-cars/
[7] Atlas Public Policy, "Out of juice: what's next for NEVI" (research, accessed 2026-10-18). Just over $503 million of NEVI funding rescinded from 30 states and territories in a January 2026 budget law. https://atlaspolicy.com/out-of-juice-whats-next-for-nevi/
[8] Florida Power & Light, "Electric vehicles: frequently asked questions" (primary, accessed 2026-10-18). FPL EVolution public rapid-charging price schedule for 2026 to 2029 and free public Level 2 charging. https://www.fpl.com/electric-vehicles/faq.html
[9] US Energy Information Administration, "Electric Power Monthly, Table 5.6.A: Average price of electricity to ultimate customers by end-use sector" (data, accessed 2026-10-18). Florida residential average of 15.03 cents per kWh in July 2026 (preliminary). https://www.eia.gov/electricity/monthly/epm_table_grapher.php?t=epmt_5_6_a
[10] US Department of Energy and EPA, fueleconomy.gov, "2024 Volkswagen ID.4 Pro fuel economy data" (data, accessed 2026-10-18). EPA combined consumption of 29.8 kWh per 100 miles used in the worked cost example. https://www.fueleconomy.gov/ws/rest/vehicle/47484

Cite as: Charjin, "Florida wants its federal EV-charger money for air-taxi pads", 18 October 2026, https://charjin.com/stories/florida-nevi-charging-money-evtol

---

# France and Germany want to pause the plug-in hybrid CO2 correction until 2030

A Franco-German deal struck on 16 October would keep today's rules for calculating plug-in hybrid emissions in place until the end of the decade, six weeks before a tougher step was due. It is a negotiating position, not law, but it matters for official CO2 figures and the company car tax that follows them.

- Type: Report
- Desk: Hybrids and plug-in hybrids
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/france-germany-phev-utility-factor-freeze

## What would the Franco-German plan change for plug-in hybrids?

It would stop the next tightening of the utility factor, the assumed share of electric driving behind a plug-in hybrid's official CO2 figure, until 2030. Official figures for many models would then stay lower than the EU's current timetable intends, which keeps them inside tax thresholds set at 50 gCO2/km, but it would not change how much fuel the cars use.

## Three things to know before relying on a plug-in hybrid's official figure.

1. Under current law, the second utility factor correction applies to new type approvals from 29 November 2026 and to all new cars from 29 November 2027.
2. France and Germany want no revision before 2030. Reports differ on the detail: one says it covers cars with at least 80 km of electric range, another says the pause runs to 2029.
3. The plan still needs other EU governments and the European Parliament. Reuters reports that a final text is unlikely before early 2027.

## What was agreed

France and Germany reached a joint position on the EU's car CO2 rules and its "Made in Europe" industrial law on 16 October, on the sidelines of the European Council in Brussels. Chancellor Friedrich Merz said the understanding still had to be turned into legislation and that he expected the European Parliament to go along with it. [1][2][3]

On plug-in hybrids, Reuters reported that the joint paper calls for no revision of the utility factor before 2030. InsideEVs Germany, citing a draft first reported by Automobilwoche, said the factor would stay at today's level until 1 January 2030 for cars with at least 80 km of electric range, then be adjusted every year using real-world data. Agence Europe described the tightening as suspended until 2029. The paper itself has not been published. [2][3][4]

The wider deal keeps the Commission's proposed 90% cut in new-car CO2 by 2035 but drops the requirement to offset the remaining 10%. It would also recognise cars running only on renewable or low-carbon fuels, assess targets over multi-year periods and add super credits for electric cars built in Europe. [2][3][4]

## What the utility factor does

A plug-in hybrid's official CO2 figure blends a battery-powered result with an engine result, weighted by the utility factor. EU law set out a two-step revision because real-world emissions were far above official ones, with the second step based on data from on-board fuel meters. [5][6]

The first step applied to new type approvals in 2025 and to existing models in 2026. For a car with 100 km of tested electric range, it cut the assumed electric share from 90% to about two-thirds. The second step, due on 29 November 2026 for new types and a year later for all new cars, would cut it to 44%. [6]

Transport & Environment, which campaigns for cleaner transport, says data for cars registered in 2024 show only 27% of distance driven purely on electricity. It estimates that freezing the factor at the current level would understate real-world plug-in hybrid emissions by 56%. [6][7]

## A worked example: the Tiguan eHybrid

T&E's figures for the Volkswagen Tiguan plug-in hybrid show what is at stake. Volkswagen more than doubled its electric range from 55 km to 119 km, which held its official figure at 36 gCO2/km under the 2025 rules. With no further changes, the next correction would raise it to 83 g/km. [6][7]

That crosses a line that matters for tax. Twelve EU countries use a 50 gCO2/km threshold or stricter in at least one tax, and Germany's company car discount for plug-in hybrids requires under 50 g/km or more than 80 km of electric range. If the reported 80 km pause applies, a car like the Tiguan would keep its lower figure until 2030. [3][6]

The effect on tax bills varies. T&E calculates that the correction alone would add about €6,550 to a Tiguan's four-year tax bill in Sweden, but would change nothing in Germany, Italy or Spain. Fuel costs are a separate matter: they follow how often the owner charges, whatever the official number says. [6]

## What happens next

The Commission's December 2025 proposal already allowed plug-in hybrids and range extenders to keep a role after 2035, provided the remaining 10% of emissions was offset with EU-made low-carbon steel or e-fuels and biofuels. Its press release did not mention the utility factor. [8]

Council approval needs a qualified majority of at least 15 countries representing 65% of the EU population, and Parliament needs a simple majority, with a plenary vote planned for November. Reuters reports that a final common text is unlikely before early next year. Until a change is adopted, the 29 November 2026 step remains the law. [2][6][9]

T&E called the deal a "historic mistake" and estimates it would cut the share of electric cars carmakers must supply in 2030 from 57% to 43%. Buyers comparing plug-in hybrids over the coming year should check which utility factor a quoted CO2 figure uses, and whether their tax rules follow CO2 or electric range. [10]

## Common questions

**Is the utility factor freeze in force?**

No. It is a joint position of the French and German governments. It needs agreement from other member states and the European Parliament, and the existing timetable applies until then.

**Will a freeze change my fuel bill?**

No. It changes the official CO2 figure, which feeds into targets and some taxes. Fuel use depends on how often the car is charged and how it is driven.

**Which cars would the pause cover?**

That is unconfirmed. A draft reported in Germany limits it to plug-in hybrids with at least 80 km of electric range, while Reuters and Agence Europe describe it in general terms. The final text has not been published.

## Evidence

[1] Die Bundesregierung, "Pressekonferenz mit Bundeskanzler Merz nach Europäischem Rat" (primary, accessed 2026-10-18). Merz confirms the understanding with France on 16 October and says it still requires legislation. https://www.bundesregierung.de/breg-de/aktuelles/merz-europaeischer-rat-2457458
[2] Reuters via Euronext, "France, Germany strike deal on car emissions and UK special status (Reuters)" (reference, accessed 2026-10-18). Reports no revision of the hybrid utility factor before 2030 and that a final text is unlikely before early next year. https://live.euronext.com/en/financial-news/france-germany-strike-deal-car-emissions-and-uk-special-status
[3] InsideEVs Deutschland, "Verbrenner-Aus: Deutschland und Frankreich wollen 90-Prozent-Ziel ohne Kompensationen" (reference, accessed 2026-10-18). Reports the 80 km threshold, the 1 January 2030 date and the super credit factors from the draft paper. https://insideevs.de/news/812225/verbrenner-aus-abgeschw%C3%A4cht-detschland-frankreich/
[4] Agence Europe, "Paris and Berlin seal deal on CO2 emissions reduction targets and European preference in automotive sector" (reference, accessed 2026-10-18). Reports the utility factor tightening as suspended until 2029 and the other elements of the deal. https://agenceurope.eu/en/bulletin/article/13962/5/paris-and-berlin-seal-deal-on-co2-emissions-reduction-targets-and-european-preference-in-automotive-sector
[5] EUR-Lex, Official Journal of the European Union, "Commission Regulation (EU) 2023/443 of 8 February 2023 amending Regulation (EU) 2017/1151" (primary, accessed 2026-10-18). Legal basis for the two-step revision of plug-in hybrid utility factors. https://eur-lex.europa.eu/eli/reg/2023/443/oj/eng
[6] Transport & Environment, "Still smoking: the PHEV emissions scandal continues (October 2026)" (research, accessed 2026-10-18). Gives the correction dates, assumed electric shares, the Tiguan figures, national tax thresholds and the effect of a freeze. https://uploads.transportenvironment.org/production/files/2026-PHEV-report.pdf
[7] Transport & Environment, "Misleading plug-in hybrid emissions figures risk cheating consumers, T&E warns" (research, accessed 2026-10-18). Summarises the freeze impact of 56% and the Tiguan range increase. https://www.transportenvironment.org/articles/misleading-plug-in-hybrid-emissions-figures-risk-cheating-consumers-t-e-warns
[8] European Commission, "Commission takes action for clean and competitive automotive sector (IP/25/3051)" (primary, accessed 2026-10-18). The December 2025 proposal: 90% target with offsets and a continued role for plug-in hybrids after 2035. https://ec.europa.eu/commission/presscorner/api/files/document/print/en/ip_25_3051/IP_25_3051_EN.pdf
[9] electrive, "France set to follow Germany in softening CO2 targets" (reference, accessed 2026-10-18). Sets out the Council and Parliament majority rules and the planned November plenary vote. https://www.electrive.com/2026/10/07/france-set-to-follow-germany-in-softening-co2-targets/
[10] Transport & Environment, "Franco-German car deal a 'historic mistake' that weakens climate ambition and Europe's car industry" (research, accessed 2026-10-18). T&E's reaction and its estimate that the deal cuts required 2030 EV supply from 57% to 43%. https://www.transportenvironment.org/articles/franco-german-car-deal-a-historic-mistake-that-weakens-climate-ambition-and-europes-car-industry

Cite as: Charjin, "France and Germany want to pause the plug-in hybrid CO2 correction until 2030", 18 October 2026, https://charjin.com/stories/france-germany-phev-utility-factor-freeze

---

# GAC-backed Greater Bay Technology starts a 1 GWh solid-state cell line: what is built and what is still promised

On 13 October Greater Bay Technology began producing all-solid-state cells on a converted lithium-ion line near Guangzhou, and says third-party tests show they meet China's new definition. No car using them has been named, and the headline energy-density range covers future generations.

- Type: Report
- Desk: Batteries and supply chain
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/gbt-solid-state-battery-line-what-is-in-production

## Are solid-state batteries now in mass production?

One company, Greater Bay Technology, says it began series production of all-solid-state cells on 13 October on a line with 1 GWh of capacity. That is real manufacturing, but it is small, no vehicle has been named, and the larger players CATL and BYD are still talking about 2027 for small batches or demonstration cars.

## Three facts to keep in proportion.

1. In production: first-generation pouch cells on 1 GWh of converted capacity, with samples at customers. Announced: expansion to 4 GWh, lithium-metal generations and vehicle use.
2. 1 GWh is about 0.025% of the more than 4 TWh of lithium-ion capacity the IEA counted worldwide at the end of 2025.
3. China's new solid-state standard was published on 28 August 2026 but does not take effect until 1 January 2028.

## What happened on 13 October

Greater Bay Technology (GBT), a battery developer backed by GAC Group and founded in Nansha in 2020, held a ceremony at its Nansha base in Guangzhou to start an all-solid-state cell line. It did not build a new factory. Part of an existing 4 GWh liquid-electrolyte lithium-ion line was converted, giving 1 GWh of solid-state capacity that can switch back to liquid cells. [1][2][3][4]

The cells use what GBT calls a deep-eutectic composite solid electrolyte. It is injected as a liquid precursor and solidifies inside the cell, so electrode making, stacking, formation and testing can use conventional equipment. The filling step is done in a dry, oxygen-free environment. [1][2]

## In production versus announced

In production: first-generation pouch cells for cars, made with established electrode materials, on 1 GWh of converted capacity. Samples are with customers in several industries, and some cells are in validation with carmakers that GBT has not named. [1][3]

Announced: converting more of the 4 GWh plant if demand grows, later generations with lithium-metal anodes, a ramp-up to batch deliveries, and agreements with Hubei Liming Lithium and an eVTOL aircraft centre in Shenzhen. In April GBT said it aimed for vehicle installation in 2026. No car model, price or delivery volume has been published. [1][2][3][5]

GBT quotes 260 to 480 Wh/kg depending on cell generation and materials, and says cycle life is comparable to conventional lithium-ion without giving figures. It has not said which energy density applies to the cells leaving the line now. [1][2]

## What the new standard settles

China's national standards register lists GB/T 48093.1-2026, Solid-state batteries for electric vehicles, Part 1: Terminology and classification, as a recommended standard published on 28 August 2026 and taking effect on 1 January 2028. Its draft separated liquid, hybrid solid-liquid and solid-state cells and set a weight-loss limit of 0.5% under vacuum drying, stricter than the 1% in a 2025 industry group standard. [6][7]

GBT reports that punctured cells lost less than 0.5% of their mass after six hours of vacuum baking at 120°C in third-party tests, and that a fully charged cell did not catch fire in a nail test. Those are company-reported results; the full test reports have not been published. [1][2][4]

## How big is 1 GWh?

The IEA counted more than 4 TWh of lithium-ion manufacturing capacity worldwide at the end of 2025, so 1 GWh is about 0.025% of it. Running flat out on solid-state cells, 1 GWh a year would fill roughly 16,700 packs of 60 kWh, close to the average Chinese battery-electric car battery, which the IEA puts below 60 kWh. [8]

The low end of GBT's range, 260 Wh/kg, is similar to the best current NMC cells at up to 265 Wh/kg in IEA figures, and above LFP at up to 205 Wh/kg. The IEA also expects early solid-state batteries to be expensive. [1][8]

Rivals are on slower public timelines. CATL plans small-batch all-solid-state production in 2027, and BYD plans demonstration installations in 2027 with large-scale production around 2030. In the United States, Solid Power was still preparing equipment acceptance tests on its continuous electrolyte pilot line in August. [9][10]

## What to check next

Three facts will show whether this becomes a car battery: a named vehicle with the cells' capacity and price, published cycle-life data, and actual delivery volumes. The claim that these are the world's first certified mass-produced solid-state cells comes from the chairman of China's battery industry alliance and has not been independently established. [1][3][9]

## Common questions

**Which cars will use Greater Bay Technology's solid-state cells?**

None has been named. GBT says some cells are in validation with carmakers and that it is in talks with several manufacturers. It is backed by GAC Group, but GAC has not announced a model using these cells.

**Is this a semi-solid battery?**

GBT says the cells are all-solid-state and passed the weight-loss test that China uses to tell solid-state from hybrid solid-liquid cells. The electrolyte starts as a liquid precursor and is solidified inside the cell. The test results are company-reported.

**Does 1 GWh matter for car buyers?**

Not yet. Even at full output it would supply roughly 16,700 packs of 60 kWh a year, a tiny share of global battery output. It matters as proof that a converted lithium-ion line can make these cells.

## Evidence

[1] electrive, "GBT begins series production of solid-state battery cells" (reference, accessed 2026-10-18). Production start, converted 1 GWh line, electrolyte process, first-generation cells, partners, test claims and absence of cycle-life figures, based partly on information from GBT. https://www.electrive.com/2026/10/14/gbt-begins-series-production-of-solid-state-battery-cells/
[2] Gasgoo, "Greater Bay Technology commissions GWh-scale all-solid-state battery production line" (reference, accessed 2026-10-18). Ceremony date, converted 4 GWh line, electrolyte, 260–480 Wh/kg, weight-loss and nail test results, and partner agreements. https://autonews.gasgoo.com/articles/market-industry/greater-bay-technology-commissions-gwh-scale-all-solid-state-battery-production-line-2110549317063766016
[3] China Financial Information Network (cnfin.com), "巨湾技研全固态电池量产线投产 (Greater Bay Technology all-solid-state line starts production)" (reference, accessed 2026-10-18). Chinese report of the ceremony, the company's founding, chairman Pei Feng's ramp-up statement and the industry alliance chairman's comments. https://www.cnfin.com/gs-lb/detail/20261014/4480796_1.html
[4] PVTIME, "GW-scale! New solid-state battery milestone for Greater Bay Technology" (reference, accessed 2026-10-18). Independent confirmation of the ceremony date, retrofit of a 4 GWh line, standard compliance and test results. https://www.pvtime.org/gw-scale-new-solid-state-battery-milestone-for-greater-bay-technology
[5] CnEVPost, "GAC-backed Greater Bay claims breakthrough in solid-state batteries with new prototype roll-out" (reference, accessed 2026-10-18). April 2026 A-sample announcement and the company's target of GWh-scale production and vehicle installation in 2026. https://cnevpost.com/2026/04/14/greater-bay-breakthrough-solid-state-batteries/
[6] State Administration for Market Regulation, National Public Service Platform for Standards Information, "GB/T 48093.1-2026 电动汽车用固态电池 第1部分：术语和分类" (primary, accessed 2026-10-18). National standards register entry giving the standard's title, status, publication date of 28 August 2026 and effective date of 1 January 2028. https://openstd.samr.gov.cn/bzgk/std/std_list?r=0.5&page=1&pageSize=10&p.p1=0&p.p90=circulation_date&p.p91=desc&p.p2=48093.1
[7] Securities Times (stcn.com), "固态电池“标尺”来了，首个国家标准出炉 (The solid-state battery yardstick arrives)" (reference, accessed 2026-10-18). Contents of the December 2025 draft: classifications and the 0.5% weight-loss threshold compared with the earlier 1% group standard. https://stcn.com/article/detail/3565264.html
[8] International Energy Agency, "Global EV Outlook 2026: Electric vehicle batteries" (primary, accessed 2026-10-18). Global lithium-ion capacity above 4 TWh, average battery sizes by region, NMC and LFP energy densities, and the expectation of high early solid-state costs. https://www.iea.org/reports/global-ev-outlook-2026/electric-vehicle-batteries
[9] 10jqka (Tonghuashun), "全固态电池产业化提速 头部企业竞跑量产 (All-solid-state industrialisation accelerates)" (reference, accessed 2026-10-18). CATL and BYD solid-state timelines, and the alliance chairman's 'first' claim presented as his view. https://news.10jqka.com.cn/20261014/c680655516.shtml
[10] U.S. Securities and Exchange Commission (EDGAR), "Solid Power, Inc. Form 8-K, Exhibit 99.1: second-quarter 2026 results" (primary, accessed 2026-10-18). Company filing describing its continuous electrolyte pilot line heading for equipment acceptance testing. https://www.sec.gov/Archives/edgar/data/0001844862/000110465926090369/tm2622211d1_ex99-1.htm

Cite as: Charjin, "GAC-backed Greater Bay Technology starts a 1 GWh solid-state cell line: what is built and what is still promised", 18 October 2026, https://charjin.com/stories/gbt-solid-state-battery-line-what-is-in-production

---

# Hyundai Ioniq 5: what independent tests say about range, charging, safety and recalls

Independent tests broadly back up Hyundai's charging claims for the Ioniq 5 and put real-world efficiency about 16–17% above the official WLTP figure. Safety is five stars, but the rating dates from 2021, and the US recall list now includes three high-voltage battery campaigns.

- Type: Analysis
- Desk: Electric cars
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/hyundai-ioniq-5-independent-test-evidence

## Does the Hyundai Ioniq 5 live up to its official figures in independent tests?

On charging, yes. Two independent tests measured peaks within about 2% of the 260 kW claim and a 10–80% time within two minutes of the 18-minute claim. On range, plan on roughly 490–500 km for the 84 kWh rear-wheel-drive car in mild weather rather than the 570 km WLTP figure, and check the recall status of any car you are offered.

## What the independent evidence shows

1. ADAC measured 18.7 kWh/100 km for the 84 kWh RWD, against 16.0 kWh/100 km on WLTP; the EPA figure for the US RWD works out at about 18.6.
2. In NAF's January 2025 winter test, run between -6°C and +8°C, an AWD Ioniq 5 covered 440 km against its 546 km WLTP rating, exactly the field's 19.4% average shortfall.
3. The Euro NCAP five-star rating dates from 2021. NHTSA lists 15 US recall campaigns for model years 2022–2026, including the ICCU charging-unit campaign and three involving the high-voltage battery.

## Safety: five stars from 2021, with weak pedestrian protection

Euro NCAP gave the Ioniq 5 five stars in a rating published on 27 October 2021. The test car was a left-hand-drive, rear-wheel-drive long-range version with a 160 kW motor. It scored 88% for adult occupants, 86% for child occupants, 63% for vulnerable road users and 88% for safety assist. [1]

Euro NCAP reviewed the rating after the facelift, on 13 June 2024, and kept the 2021 result. The updated car therefore carries a score earned under the test protocols of 2021. Euro NCAP labels every rating with its year, and buyers comparing the Ioniq 5 with a car rated in 2025 or 2026 should keep that label in view. [1]

Pedestrian protection is the weak area. The car scored no points for a pedestrian's pelvis, and the base of the windscreen and the stiff windscreen pillars performed poorly. Automatic emergency braking was rated poor when reversing towards a pedestrian and when an adult crosses into the path of a turning car. On the positive side, the centre airbag between the front seats worked well in the side-impact test, and whiplash protection was rated good front and rear. [1]

## Efficiency and range against the official figures

ADAC published its test of the updated car on 20 August 2025, using an 84 kWh, 168 kW rear-wheel-drive Uniq. Its Ecotest measured 18.7 kWh/100 km including charging losses. The WLTP figures are 16.0 kWh/100 km and 570 km. ADAC estimated the real range at about 500 km in favourable conditions, with no snow or frost. [3]

The US figures point the same way on a different test cycle. The EPA rates the 2025 Ioniq 5 RWD at 318 miles (about 512 km) and 30 kWh per 100 miles, which is about 18.6 kWh/100 km. Wheel size matters. The AWD car is rated at 290 miles on 19-inch wheels but 269 miles on 20-inch wheels, and the XRT at 259 miles. [4]

The earlier 58 kWh car went through Green NCAP's laboratory and road tests in 2022. Green NCAP measured 58.8 kWh of battery capacity and estimated about 380 km on typical trips with moderate air conditioning. In its -7°C laboratory test, consumption rose by 85%. That figure comes from the older, smaller-battery car, so use it as a sign of direction, not as a forecast for a new one. [2]

## Winter: what the Norwegian test measured

Norway's motoring organisation NAF and the magazine Motor ran their El Prix winter test in mid-January 2025. Temperatures ranged from -6°C to +8°C, with rain and slippery roads. Each car drove until it could no longer hold the speed limit, and NAF recalculated distances from GPS stop positions because trip computers were not accurate enough. [6][7]

NAF's Ioniq 5 was a 2024 long-range AWD Premium with a WLTP rating of 546 km. It covered 440 km, 19.4% short of WLTP, at 18.7 kWh/100 km. The average shortfall across the field was also 19.4%, so the Hyundai finished exactly at the average. The best car, a Polestar 3, came within 4.1% of its rating. [5][6]

By Norwegian standards that test was mild. In NAF's January 2026 test, with temperatures down to -32°C, cars lost 38% of their WLTP range on average. The Ioniq 5 did not take part, so there is no deep-cold measurement for the updated car. [7]

## Charging: the claims hold up

Hyundai claims a 10–80% charge in 18 minutes and a peak of 260 kW. In the NAF winter 2025 charging test, the AWD car took 19 minutes 49 seconds and peaked at 256 kW, 1.5% below the claim. [5]

ADAC's test of the RWD car recorded a peak of 255.3 kW and an average above 200 kW between 10% and 80%. In NAF's winter charging test, only two of 24 cars finished the 10–80% charge in less time; times ranged from 16 to 47 minutes. Battery sizes differ, so the times are not a direct ranking, but they show the Ioniq 5 near the front. [3][8]

## Recalls: a long US list, three of them on the battery

NHTSA's database lists 15 US recall campaigns for Ioniq 5 model years 2022 to 2026, one of them replaced by a broader campaign. The best known is 24V-868, filed in November 2024. It covers 2022–2024 cars whose Integrated Charging Control Unit (ICCU) can be damaged and stop charging the 12-volt battery, which can cause a loss of drive power. Dealers inspect and replace the unit and its fuse and update its software. [9][10]

Three campaigns involve the high-voltage battery. Two, 25V-482 and 26V-068, cover 2025 and 2026 cars whose bus bars may not be tightened properly, which can cause a short circuit. The newest, 26V-432 from July 2026, covers 2023–2024 cars whose cells may contain misaligned electrodes that can lead to a fire. Owners are told to park outside and limit charging to 80% until the battery assembly is replaced. [9][10]

Other campaigns cover a driveshaft on 2023 cars, parking-mechanism software on 2022 cars, rear suspension fasteners and seat-belt retractors on 2025 cars, and braking software on the Ioniq 5 N. These are US campaigns tied to US vehicle identification numbers. A buyer in the UK or EU should check the exact car through the national recall service and ask the dealer for proof that open recalls have been done. [9][10]

## What the evidence adds up to

Side by side, the measurements tell a consistent story. ADAC's 18.7 kWh/100 km and the EPA's roughly 18.6 kWh/100 km are both about 16–17% above the 16.0 kWh/100 km WLTP figure for the RWD. NAF's AWD car used 11% more than its own 16.8 kWh/100 km rating in a wet Norwegian January. [3][4][6]

Charjin's worked example: dividing the 570 km WLTP range by that 16–17% gap gives about 490 km, close to ADAC's 500 km estimate. On a long trip, where most drivers use the 10–80% window, that becomes about 340–350 km between charging stops in mild weather. Each stop should take about 20 minutes on a charger that can deliver the car's full power. Expect less in hard frost, where NAF measured average losses of 38% across other cars. [3][5][7]

This review does not include owner reliability survey data. It also has no deep-cold result for the updated car, and the safety rating predates the facelift. Before buying, check the recall record of the exact car, the battery size, and the wheel size, which cost the AWD car 21 miles of EPA range on 20-inch rather than 19-inch wheels. Hyundai's own overview of the updated car gives no figures to check these against. [4][9][11]

## Common questions

**How far does a Hyundai Ioniq 5 really go on a charge?**

For the 84 kWh rear-wheel-drive car, ADAC estimated about 500 km in favourable conditions against 570 km on WLTP. NAF measured 440 km for a 2024 AWD car in a mild Norwegian winter test, against its 546 km rating.

**Is the Ioniq 5's Euro NCAP rating still valid after the facelift?**

Euro NCAP reviewed it on 13 June 2024 and kept the five-star 2021 rating for the updated car. It was earned under 2021 protocols, and pedestrian protection was its weakest area.

**Which Ioniq 5 recalls matter most?**

In the US, the ICCU campaign (24V-868) for 2022–2024 cars and the battery campaigns 25V-482, 26V-068 and 26V-432. Check the exact vehicle by VIN or registration, because campaigns differ by market.

## Evidence

[1] Euro NCAP, "Hyundai IONIQ 5 2021 safety rating" (primary, accessed 2026-10-18). Five-star rating, scores, tested variant, 2024 facelift review and test weaknesses. https://www.euroncap.com/en/results/hyundai/ioniq+5/43813
[2] Green NCAP / Euro NCAP, "Hyundai IONIQ 5 - Green NCAP 2022 Results - 5 stars" (data, accessed 2026-10-18). Measured battery capacity, real-world range estimate and -7°C consumption rise for the 58 kWh car. https://news.euroncap.com/greenncap/hyundai-ioniq-5---green-ncap-2022-results---5-stars/s/53f953f6-2d64-4710-a7c6-eb280cc24afc
[3] ADAC, "Test: So sticht der Hyundai Ioniq 5 die Konkurrenz aus" (data, accessed 2026-10-18). ADAC test of the 84 kWh RWD: Ecotest consumption, range estimate, WLTP figures and charging peak. https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-ioniq-5/
[4] US EPA / Department of Energy, fueleconomy.gov, "2025 Hyundai Ioniq 5 fuel economy and range" (primary, accessed 2026-10-18). EPA range and kWh per 100 miles for each 2025 Ioniq 5 version. https://www.fueleconomy.gov/feg/PowerSearch.do?action=noform&path=1&year1=2025&year2=2025&make=Hyundai&baseModel=Ioniq%205&srchtyp=ymm
[5] NAF, "Rekkeviddetest av Hyundai IONIQ 5" (data, accessed 2026-10-18). NAF test history, WLTP figure of the test car and winter 2025 charging results against the manufacturer claim. https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-5/rekkeviddetest-av-hyundai-ioniq-5
[6] NAF, "El Prix vinter 2025: rekkevidde" (data, accessed 2026-10-18). Winter 2025 method, conditions, per-car measured range and consumption, and the field average. https://www.naf.no/elbil/elprix-nytt/elprix-vinter-2025-rekkevidde
[7] NAF, "El Prix vinter 2026: rekkeviddetest" (data, accessed 2026-10-18). January 2026 test conditions down to -32°C, the 38% average loss, and the 2025 temperature range. https://naf.no/elbil/elprix-nytt/elprix-vinter-2026-rekkeviddetest
[8] NAF, "El Prix vinter 2025: ladetest" (data, accessed 2026-10-18). Measured 10–80% charging times for the 24 cars in the winter 2025 charging test. https://www.naf.no/elbil/elprix-nytt/elprix-vinter-2025-ladetest
[9] US National Highway Traffic Safety Administration, "Recalls by vehicle: Hyundai Ioniq 5, model year 2023" (primary, accessed 2026-10-18). NHTSA recall records including the ICCU campaign 24V-868 and battery campaign 26V-432. https://api.nhtsa.gov/recalls/recallsByVehicle?make=hyundai&model=ioniq%205&modelYear=2023
[10] US National Highway Traffic Safety Administration, "Recalls by vehicle: Hyundai Ioniq 5, model year 2025" (primary, accessed 2026-10-18). NHTSA recall records for 2025 cars, including bus-bar, suspension, seat-belt and Ioniq 5 N braking campaigns. https://api.nhtsa.gov/recalls/recallsByVehicle?make=hyundai&model=ioniq%205&modelYear=2025
[11] Hyundai Motor Company, "IONIQ 5 highlights" (manufacturer, accessed 2026-10-18). Hyundai's overview of the updated car; it lists features but no range or charging figures, the source cited in Charjin's car file. https://www.hyundai.com/worldwide/en/eco/ioniq5/highlights

Cite as: Charjin, "Hyundai Ioniq 5: what independent tests say about range, charging, safety and recalls", 18 October 2026, https://charjin.com/stories/hyundai-ioniq-5-independent-test-evidence

---

# Charging at home without a driveway: what England's new pavement-channel rules change

From 21 October 2026, households in England that park on the street will no longer need planning permission for an approved cable channel across the pavement and a charger on the front wall. The council still has to say yes, and the reward is large: off-peak home charging can cost a tenth of public rapid charging.

- Type: Analysis
- Desk: Charging and infrastructure
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/kerbside-home-charging-england-pavement-channels

## I park on the street outside my house. Can I now charge at home?

Possibly. From 21 October 2026 the planning step disappears in England for a council-authorised pavement channel and a wall charger, outside conservation areas and listed properties. You still need your highway authority's consent, a space near your door, and an installer, and a grant of up to £500 can help with the charger.

## Four things to check before you plan a pavement channel.

1. Ask your council whether it authorises cross-pavement channels and which suppliers or ownership model it uses.
2. Check whether your home is in a conservation area or is a listed building; the new rights do not apply there.
3. Make sure a wall charger can sit no higher than 1.6 m, stick out no more than 0.2 m and leave 1.5 m of footway.
4. Compare tariffs: in our example, smart off-peak home charging costs about £1.20 per 100 km against about £12.48 at a public rapid charger.

## What changes on 21 October

The Town and Country Planning (General Permitted Development) (England) (Amendment) (No. 2) Order 2026 was made on 25 September and comes into force on 21 October 2026. It adds a new permitted development right for a cross-pavement solution, defined as a cable channel set into the footway so a charging cable can cross safely from a home to a parked car. The channel must be installed by, for, or with the authorisation of the highway authority. [1]

The order also widens the existing right for wall-mounted chargers. A charger can now go anywhere within the curtilage of a house or block of flats, not only beside off-street parking. It must sit no higher than 1.6 m, and under the new route there can be only one per property. Where the wall faces the street, it must protrude no more than 0.2 m and leave at least 1.5 m of footway. When the charger is in use, the cable must cross the pavement in an authorised channel. [1]

The new wall-charger route and the channel right both exclude conservation areas, and the channel right also excludes listed buildings and scheduled monuments. When a channel is no longer needed it must be removed and the pavement put back as it was. The rules follow a Department for Transport consultation that ran from November 2025 to January 2026, with the government response published on 11 September 2026. [1][2][6]

## What the order does not change

Removing planning permission takes away one application, not the council's control. Government guidance for councils, published in December 2024, says placing apparatus across a highway needs the highway authority's consent under section 178 of the Highways Act 1980. Companies that are not statutory undertakers also need a street works licence. Trade reporting of the September announcement confirms that councils keep this oversight. [3][6][7]

The same guidance is blunt about parking: having a channel outside your door gives you no right to the space. Councils are told to check that a resident can usually park near the home, and to look at pavement width, junctions, buried pipes and tree roots. Liability depends on local agreements; Milton Keynes, for example, requires residents to hold public liability insurance for cable misuse. [3]

Councils also choose who owns the channel. Under one model the council owns and maintains it and the resident pays an approved contractor; under another a supplier owns and maintains it. The charger itself stays the resident's responsibility and must be installed by a qualified electrician. [3]

## Who could use it

About 8 million households in England, or 32%, have no off-street parking, according to English Housing Survey figures quoted in the government guidance. Roughly half of them, almost 4 million, have adequate on-street parking and could in principle use a pavement channel. EVA England puts the share of UK households without off-street parking at around four in ten. [3][6]

Demand appears to be real where councils offer schemes. The Royal Borough of Greenwich said in July 2026 that more than 160 residents applied for a trial designed for 50 households, which it planned to expand to 75. The council has not yet reported any completed installations. [5]

## Paying for the kit

The government's chargepoint grant for households with on-street parking provides up to £500 towards installing a charger. To qualify you must own or rent the home, have only on-street parking and be installing a cross-pavement solution such as a charging gully. Some councils add their own help for the channel itself: Greenwich offers up to £1,200 from Office for Zero Emission Vehicles funding. [4][5]

Charger prices vary. As one reference point, Octopus Energy lists supported smart chargers from £949 including standard installation. Charjin has not found an official national figure for the cost of a pavement channel; the government guidance says costs depend on the site and that installing several at once is likely to be cheaper. [3][13]

## The running-cost gap

The case for home charging got stronger on 1 October. HMRC has applied a temporary zero rate of VAT to qualifying domestic electricity in England, Scotland and Wales until 31 March 2027; Northern Ireland stays at 5%. Public charging still carries 20% VAT, a gap that a parliamentary petition opened in August is trying to close. [8][9][10]

Under Ofgem's price cap for October to December 2026, the average electricity unit rate for Direct Debit customers is 26.32p per kWh, now without VAT. Intelligent Octopus Go offers 7.6p per kWh for smart charging overnight, if your car or charger is compatible. Zapmap's September 2026 index puts average pay-as-you-go public prices at 54p per kWh for slow and fast chargers and 79p for rapid and ultra-rapid. [11][12][13]

Charjin's worked example uses the Volkswagen ID.4's official consumption of 15.8 kWh per 100 km from our car file. That gives about £1.20 per 100 km on the smart off-peak rate, £4.16 at the price-cap rate, £8.53 at an average public slow or fast charger and £12.48 at an average rapid charger. Over 10,000 km a year that is roughly £120, £416, £853 and £1,248. [11][12][13][14]

Those figures leave out standing charges, charging losses and subscriptions or promotions on public networks, and real-world consumption is usually higher than the official figure. The ranking still holds: a driver who can plug in at home on a smart tariff pays roughly a tenth of the rapid-charging price for the same energy. [12][14]

## What to check before you start

Start with your council. Ask whether it authorises cross-pavement channels, which products or suppliers it accepts, who will own the channel and what insurance it expects. Then check the planning status of your home: conservation areas and listed buildings still need permission, and the charger must meet the height, projection and footway limits in the order. [1][3]

Read the grant conditions before any work starts, and confirm that your car or charger works with the tariff you want before you sign up. Remember that the VAT zero rate is temporary and is due to end on 31 March 2027, so judge the investment on normal tariffs as well. [4][8][13]

## The Charjin view

The order removes a real obstacle, and it does so in the right place: the council keeps control of the pavement while the planning duplicate goes. It does not create a right to charge at home. Whether a household benefits will still depend on its council's appetite, the street layout and whether a parking space is usually free near the door. [1][3]

The bigger issue is the price gap. With home electricity now free of VAT and public charging still taxed at 20%, drivers without a driveway pay far more per kilometre. Pavement channels will help some of them; the rest still depend on public prices coming down. [8][9][12]

## Common questions

**Can I just run a cable over the pavement with a mat?**

No. Under the new order the cable must cross the footway in an authorised cross-pavement solution. Government guidance also notes that a resident who leaves cable lying across the pavement may be liable if someone is hurt.

**Does this apply in Scotland, Wales or Northern Ireland?**

The planning order amends England's permitted development rules. The rest of the UK has its own planning systems, so check with your local council.

**Does the VAT cut apply to home EV charging?**

The zero rate applies to qualifying domestic electricity in Great Britain from 1 October 2026 to 31 March 2027. HMRC's paper does not mention cars specifically, but a home charger runs on the household supply.

**Will I get a reserved parking space?**

No. Government guidance says a channel gives no ownership or priority over the parking space outside your home.

## Evidence

[1] legislation.gov.uk, "The Town and Country Planning (General Permitted Development) (England) (Amendment) (No. 2) Order 2026 (SI 2026/1056)" (primary, accessed 2026-10-18). New Class F right for cross-pavement solutions, revised wall-charger limits, exclusions and the 21 October 2026 commencement date. https://www.legislation.gov.uk/uksi/2026/1056/made
[2] GOV.UK, "Electric vehicle charging: changes to permitted development rights" (primary, accessed 2026-10-18). Consultation dates and the government response published on 11 September 2026. https://www.gov.uk/government/consultations/electric-vehicle-charging-changes-to-permitted-development-rights
[3] GOV.UK, "Cross-pavement solutions for charging electric vehicles" (primary, accessed 2026-10-18). Guidance for councils on highway consent, licences, ownership models, liability, parking rights, costs and household numbers. https://www.gov.uk/government/publications/cross-pavement-solutions-for-charging-electric-vehicles/cross-pavement-solutions-for-charging-electric-vehicles
[4] GOV.UK, "Electric vehicle chargepoint grants" (primary, accessed 2026-10-18). Up to £500 towards a chargepoint for households with only on-street parking installing a cross-pavement solution. https://www.gov.uk/guidance/electric-vehicle-chargepoint-grants
[5] Royal Borough of Greenwich, "EV cross-pavement charging trial expanded following strong resident demand" (primary, accessed 2026-10-18). Greenwich trial applications, expansion to 75 households and up to £1,200 of OZEV-funded grant. https://www.royalgreenwich.gov.uk/news/2026/ev-cross-pavement-charging-trial-expanded-following-strong-resident-demand
[6] electrive, "UK removes major barrier to cross-pavement EV charging" (reference, accessed 2026-10-18). Reports the DfT decision, continued council oversight under section 178 and EVA England's household estimate. https://www.electrive.com/2026/09/15/uk-removes-major-barrier-to-cross-pavement-ev-charging/
[7] GreenFleet, "Rule change confirmed for cross pavement EV charging" (reference, accessed 2026-10-18). Confirms that councils keep oversight through highways permissions after the change. https://greenfleet.net/news/15092026/rule-change-confirmed-cross-pavement-ev-charging
[8] HM Revenue & Customs, "Temporary zero rate of VAT in Great Britain for domestic electricity" (primary, accessed 2026-10-18). Zero rate on qualifying domestic electricity from 1 October 2026 to 31 March 2027; Northern Ireland stays at 5%. https://www.gov.uk/government/publications/temporary-zero-rate-of-vat-for-domestic-electricity-in-great-britain/temporary-zero-rate-of-vat-in-great-britain-for-domestic-electricity
[9] electrive, "UK home charging gets cheaper while public charging stays taxed" (reference, accessed 2026-10-18). Reports that public charging keeps 20% VAT while home electricity moves to zero. https://www.electrive.com/2026/07/21/uk-home-charging-gets-cheaper-while-public-charging-stays-taxed/
[10] UK Parliament Petitions, "Reduce VAT on public EV charging to match the home charging rate" (primary, accessed 2026-10-18). Petition opened 17 August 2026 stating public charging carries 20% VAT. https://petition.parliament.uk/petitions/777793
[11] Ofgem, "Energy price cap unit rates and standing charges" (data, accessed 2026-10-18). Average electricity unit rate of 26.32p per kWh for Direct Debit, 1 October to 31 December 2026. https://www.ofgem.gov.uk/your-energy-supply/your-energy-bill/energy-price-cap-unit-rates-and-standing-charges
[12] Zapmap, "Charging Price Index" (data, accessed 2026-10-18). September 2026 average pay-as-you-go public prices: 54p per kWh slow and fast, 79p rapid and ultra-rapid. https://www.zapmap.com/ev-stats/charging-price-index
[13] Octopus Energy, "Intelligent Octopus Go" (manufacturer, accessed 2026-10-18). Smart-charging off-peak rate of 7.6p per kWh, compatibility requirements and charger prices from £949 installed. https://octopus.energy/smart/intelligent-octopus-go/
[14] Volkswagen, "Volkswagen ID.4 official overview (Charjin car file)" (manufacturer, accessed 2026-10-18). Official consumption from 15.8 kWh/100 km used in the worked cost example, as recorded in Charjin's car file on 28 July 2026. https://www.volkswagen-newsroom.com/en/id4-5840

Cite as: Charjin, "Charging at home without a driveway: what England's new pavement-channel rules change", 18 October 2026, https://charjin.com/stories/kerbside-home-charging-england-pavement-channels

---

# Mercedes-AMG's electric GT SUV claims 710 kW charging. Here is what that means at a real charger

The new AMG GT SUV, revealed on 17 October, promises 10 to 80 per cent in about 12 minutes. Charjin's arithmetic shows the average rate is well below the headline peak, and few public chargers can deliver either.

- Type: Report
- Desk: Electric cars
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/mercedes-amg-gt-suv-710-kw-charging-real-time

## Will the AMG GT SUV really charge in 12 minutes?

Only on a charger that can supply far more than 400 kW, and only in good conditions. Mercedes' 10 to 80 per cent claim works out at an average of about 450 kW, well below the 710 kW peak. At a more common 400 kW unit the same charge cannot take less than about 13.5 minutes, and a 16-minute figure has been reported.

## Three things to check before trusting the charging headline

1. 710 kW is a peak. The quoted 10 to 80 per cent time implies an average of roughly 450 kW.
2. The range figures are preliminary WLTP values without type approval. No EPA rating exists yet.
3. Only the GT 53 has a price so far: from 113,050 euros in Germany, with orders opening on 20 October.

## What Mercedes revealed

Mercedes-AMG revealed its first full-size SUV developed entirely in-house on 17 October. It is the second model on the AMG.EA electric platform, after the GT 4-Door Coupé, and comes as the GT 53, GT 55 and GT 63. Production will take place in Hall 32 at the Sindelfingen plant in Germany. [1][3][5][6]

The GT 63 uses three axial-flux motors with a peak output of up to 860 kW (1,169 hp) and 530 kW available continuously. Mercedes claims 0 to 100 km/h in 2.5 seconds. The GT 55 is rated at up to 600 kW. The GT 53 has two conventional motors and up to 400 kW. [1][3]

The GT 63 and GT 55 carry a 128 kWh usable battery on an 800-volt system and the GT 53 a 106 kWh pack. Electrek reports a weight of 2,695 kg for the GT 63. [3][4][5]

## The charging claims and their conditions

Mercedes says the 128 kWh cars can charge at up to 710 kW DC and go from 10 to 80 per cent in about 12 minutes. It also claims up to 450 km of WLTP range in ten minutes, and its specification panel gives 454 km. The GT 53 peaks at 600 kW and is quoted at 440 km of WLTP range in ten minutes. [1][4]

Mercedes USA gives up to 279 miles of WLTP range in 10 minutes, but the conditions sit behind footnotes that its page does not show. Mercedes' German footnotes say the consumption and range figures are preliminary, determined internally, and do not yet have type approval. [1][2]

## Charjin arithmetic: peak versus average

Seventy per cent of a 128 kWh battery is about 90 kWh. Putting that in over 12 minutes means an average of roughly 450 kW, or about 63 per cent of the 710 kW peak. The peak is held only for part of the session, which is normal for any battery. [1]

Mercedes' 700 km maximum WLTP range from 128 kWh implies about 18 kWh per 100 km. On that basis, 454 km in ten minutes means about 83 kWh delivered, an average near 500 kW. A large SUV driven fast on a motorway will use more. At an assumed 28 kWh per 100 km, the same 90 kWh would give about 320 km. [1]

For comparison, Volkswagen quotes about 28 minutes for 10 to 80 per cent on the 2026 ID.4 in optimal conditions. The AMG's 12-minute claim is more than twice as quick, while moving a larger amount of energy. [1][7]

## The charger you will actually find

Electrek notes that the fastest widely available public chargers in the United States, such as IONNA's, are rated at 400 kW, and that a 750 kW American unit has slipped to next year. BMWBlog also points out that 710 kW chargers are rare. [3][4]

On a 400 kW charger, 90 kWh cannot go in faster than about 13.5 minutes, even if the car took the full 400 kW throughout. ElectricCarsReport gives about 16 minutes at a 400 kW station for the 128 kWh cars and about 14 minutes for the GT 53. For drivers, that difference is small. The bigger factors are whether a high-power unit is free and whether the battery arrives warm. [5]

## Price and timing

In Germany the GT 53 starts at 113,050 euros, with orders from 20 October. The GT 55 and GT 63 follow in spring 2027, with prices still to come. [4][5]

In the United States, all three versions are due at dealers in summer 2027 as 2028 models, with NACS charging ports. No US price or EPA range has been published, and Electrek expects the EPA figures to be lower than WLTP. For comparison, Electrek lists the rival Porsche Cayenne Turbo Electric at 163,000 dollars. [2][3][6]

Before ordering, buyers should check which version the charging figures apply to and get the approved WLTP or EPA numbers once they are published. They should also look at where 400 kW-plus chargers exist on the routes they actually drive. [1][3]

## Common questions

**Does every AMG GT SUV charge at 710 kW?**

No. The 710 kW figure applies to the GT 63 and GT 55 with the 128 kWh battery. The GT 53 with 106 kWh peaks at 600 kW.

**Is the 700 km range official?**

Not yet. Mercedes says its WLTP figures are preliminary and do not yet have type approval. No EPA figure has been published.

**How much does it cost?**

Only the GT 53 has a price: from 113,050 euros in Germany. US prices and prices for the GT 55 and GT 63 have not been announced.

## Evidence

[1] Mercedes-AMG, "The all-new Mercedes-AMG GT SUV electric" (manufacturer, accessed 2026-10-18). Official outputs, battery sizes, charging peaks, 10 to 80 per cent and ten-minute range claims, WLTP range, consumption and the preliminary-data footnotes. https://www.mercedes-amg.com/en/gt-suv
[2] Mercedes-Benz USA, "Mercedes-AMG GT SUV (future vehicles)" (manufacturer, accessed 2026-10-18). US claims of 710 kW and up to 279 miles of WLTP range in 10 minutes, and arrival at dealers in 2027. https://www.mbusa.com/en/future-vehicles/2028-mercedes-amg-gt-SUV
[3] Electrek, "Electric Mercedes-AMG GT SUV unveiled with 1,153 hp and 710 kW charging" (reference, accessed 2026-10-18). Specifications by version, weight, US timing, NACS port, US charger ratings and the Cayenne comparison. https://electrek.co/2026/10/17/mercedes-amg-gt-suv-electric-1153-hp-710-kw-charging/
[4] BMWBLOG, "Mercedes-AMG GT SUV Debuts Ahead Of Electric BMW X5 M" (reference, accessed 2026-10-18). Battery sizes, charging times by pack, German GT 53 price and order date, and US timing. https://www.bmwblog.com/2026/10/18/2027-mercedes-amg-gt-suv/
[5] ElectricCarsReport, "Mercedes-AMG GT SUV Debuts With 1,169 HP and 710 kW Charging" (reference, accessed 2026-10-18). Production in Sindelfingen Hall 32, the GT 53 price and order date, and charging times at a 400 kW station. https://electriccarsreport.com/2026/10/mercedes-amg-gt-suv-debuts-with-1169-hp-and-710-kw-charging/
[6] Supercars.net, "The New Mercedes-AMG GT SUV Is Affalterbach's First Ground-Up SUV" (reference, accessed 2026-10-18). Production site, US arrival in summer 2027 as 2028 models, and the NACS plug. https://www.supercars.net/blog/the-new-mercedes-amg-gt-suv-is-affalterbachs-first-ground-up-suv/
[7] Volkswagen of America, "2026 Volkswagen ID.4" (manufacturer, accessed 2026-10-18). Volkswagen's figure of about 28 minutes for a 10 to 80 per cent DC charge in optimal conditions. https://www.vw.com/en/models/id-4.html

Cite as: Charjin, "Mercedes-AMG's electric GT SUV claims 710 kW charging. Here is what that means at a real charger", 18 October 2026, https://charjin.com/stories/mercedes-amg-gt-suv-710-kw-charging-real-time

---

# PG&E's October shutoff shows what an electric pickup can and cannot do as home backup

About 86,000 PG&E customers lost power for safety between 14 and 17 October 2026. A bidirectional electric truck could have covered an average Californian home for that long, but PG&E's own programme for using EVs this way remains small.

- Type: Report
- Desk: Clean energy and the grid
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/pge-shutoff-electric-pickup-home-backup

## Could an electric truck have kept a home running through PG&E's October shutoff?

On paper, yes. Ford's backup claim for the extended-range F-150 Lightning implies about 90 kWh of usable home supply, roughly five days of average Californian household use. In practice it needs specific hardware, a 9.6 kW output limit applies, and PG&E's vehicle-to-home pilot had only three residential customers in mid-2025.

## What to check before relying on a vehicle for backup.

1. Confirm your exact vehicle, model year and home equipment are on PG&E's eligible list; many EVs cannot export power at all.
2. Budget for the transfer switch and inverter hardware, not only the car: backup does not work by plugging in a normal charger.
3. Size your essential loads against the output limit, not only the battery size.

## What happened in October

PG&E began a Public Safety Power Shutoff on the evening of Wednesday 14 October 2026, ahead of a dry offshore wind event forecast to last until Saturday. Its final scope covered about 88,000 customers in 29 counties, including about 5,500 Medical Baseline customers who rely on powered medical equipment. The largest group was in Calaveras County, with 10,793 customers. [1][2]

At the peak, 85,905 customers were without power. Crews recorded gusts of up to 67 mph and found broken equipment and branches touching lines during inspections. By 7.20 pm on Saturday 17 October, PG&E said virtually all customers had been restored. Some areas of San Luis Obispo, Santa Barbara and Kern counties were among the last. [2]

Before the event, a PG&E spokesperson told NBC Bay Area that customers should charge devices including electric vehicles. Madera County officials told residents to fuel vehicles and plan backup for medical equipment. PG&E opened more than 40 Community Resource Centres in 23 counties for device charging, water and Wi-Fi. [3][4][1]

## PG&E's vehicle-to-home programme is real but tiny

PG&E runs three vehicle-to-everything pilots under California Public Utilities Commission rules: residential, commercial and microgrid. Residential customers are allowed to use an EV to back up their home during an outage. The pilot pays a $2,500 rebate towards bidirectional equipment, or $3,000 in disadvantaged communities, with further payments for interconnection paperwork and the first 250 enrolments. [5]

Uptake has been slow. A CPUC staff summary dated September 2025 shows PG&E aimed for 1,000 residential customers but had three as of 18 June 2025. It cites slow carmaker agreements, the high cost of bidirectional chargers and limited availability of compatible vehicles. The commercial pilot had one customer, Zum's 74-charger electric school bus depot in Oakland. [5]

The eligible list is narrow. In September 2025 it covered 2022 to 2024 Ford F-150 Lightning trucks with Ford's Charge Station Pro and a Sunrun home integration system, and several 2024 and 2025 General Motors models with GM's PowerShift charger. In April 2026 PG&E and Tesla added the Cybertruck with Tesla's Powershare Gateway, offering up to $4,500 towards equipment and interconnection. [5][6]

PG&E has not said how many enrolled vehicles, if any, powered homes during the October shutoff. Charjin found no figure in its event updates. [2]

## Charjin's worked example: how long would a truck last?

Ford says the extended-range F-150 Lightning, with a 131 kWh battery, can power an average US home for about three days, assuming 30 kWh a day. That implies about 90 kWh of home supply, with the rest held back. Output is limited to 9.6 kW. [7]

Californian homes use much less than Ford's assumption. The US Energy Information Administration puts average residential use in California at 503 kWh a month in 2024, or about 16.5 kWh a day. On that basis, 90 kWh would last about five and a half days, longer than the roughly three-day October shutoff. [8][7]

That average hides wide variation. A home running a well pump, electric heating or air conditioning will use more, and the 9.6 kW limit means not everything can run at once. Every kWh used for the house is also range lost for an evacuation drive, which matters in a wildfire-risk area. [7]

## What buyers should check

Charging the car before a shutoff only helps with transport and phone charging unless the house is wired for backup. PG&E's residential pilot requires an eligible vehicle and charger pair, standard 240 V split-phase service, enrolment in its Emergency Load Reduction Program and a qualifying time-of-use rate. The CPUC summary also recommends an electrical assessment before buying equipment. [5]

Buyers of a new truck should note that Ford's site says the F-150 Lightning will no longer be available to order in its current form, with a new extended-range model to follow. Whether that version will offer the same home backup has not been confirmed. [9]

## Common questions

**Can any electric car power my house during a PG&E shutoff?**

No. The vehicle must support bidirectional power, and the home needs approved equipment, typically a bidirectional charger and a transfer switch that isolates the house from the grid. PG&E's pilot lists specific vehicle and charger pairs.

**How much does PG&E pay towards vehicle-to-home equipment?**

The residential pilot offers a $2,500 rebate, or $3,000 in disadvantaged communities, plus smaller payments for interconnection and early enrolment. The Tesla Cybertruck route announced in April 2026 offers up to $4,500 towards equipment and interconnection.

**How long can an electric pickup run a home?**

Ford claims about three days for an extended-range F-150 Lightning at 30 kWh a day. An average Californian home uses about 16.5 kWh a day, so the same energy would last about five and a half days, but heavy loads shorten that and output is capped at 9.6 kW.

## Evidence

[1] PG&E Corporation, "Planned PG&E Public Safety Power Shutoff Event Now Includes 88,000 Customers in Portions of Twenty-Nine Counties" (primary, accessed 2026-10-18). Scope, timing, Medical Baseline count and resource centres for the October 2026 shutoff. https://investor.pgecorp.com/news-events/press-releases/press-release-details/2026/With-Change-Statewide-Fire-Weather-Forecast-Planned-PGE-Public-Safety-Power-Shutoff-Event-Now-Includes-88000-Customers-in-Portions-of-Twenty-Nine-Counties/default.aspx
[2] PG&E Currents, "PSPS Underway: PG&E Turning Off Power for Safety" (primary, accessed 2026-10-18). Event updates including peak customers affected, wind gusts, damage found and restoration on 17 October 2026. https://www.pge.com/en/newsroom/currents/safety/pge-may-need-to-turn-off-power-for-safety.html
[3] NBC Bay Area, "PG&E warns Bay Area customers of possible power shutoffs" (reference, accessed 2026-10-18). PG&E spokesperson's advice to charge electric vehicles before the event. https://www.nbcbayarea.com/news/local/pge-power-shutoff-psps-october-2026-high-winds/4157597/
[4] GV Wire, "PG&E Power Shutoff Could Impact 6 Madera County Communities Through Saturday" (reference, accessed 2026-10-18). County advice to residents on vehicles and medical equipment. https://gvwire.com/2026/10/14/pge-power-shutoff-could-impact-6-madera-county-communities-through-saturday/
[5] California Public Utilities Commission, "PG&E Vehicle-to-Everything Pilots" (primary, accessed 2026-10-18). CPUC staff summary of pilot incentives, eligibility, eligible products and participant numbers as of June and September 2025. https://www.cpuc.ca.gov/-/media/cpuc-website/divisions/energy-division/documents/transportation-electrification/energization/pge-v2x-pilots-summary-202509.pdf
[6] PG&E and Tesla (PR Newswire release), "PG&E and Tesla Turn Cybertruck into a Grid Asset" (primary, accessed 2026-10-18). April 2026 approval of the Cybertruck for PG&E's residential V2X programme and incentive of up to $4,500. https://marketchameleon.com/PressReleases/i/2288236/PCG/pge-and-tesla-turn-cybertruck-into-a
[7] Solar Power World, "Ford F-150 Lightning truck can use 131-kWh battery as home backup power" (reference, accessed 2026-10-18). Ford's claims for backup duration, the 30 kWh a day assumption, 9.6 kW output and required equipment. https://www.solarpowerworldonline.com/2022/02/ford-f-150-lightning-truck-can-use-131-kwh-battery-as-home-backup-power/
[8] U.S. Energy Information Administration, "Table 5.a Residential average monthly bill by Census Division and State, 2024" (data, accessed 2026-10-18). California average residential consumption of 503 kWh a month in 2024. https://www.eia.gov/electricity/sales_revenue_price/xls/table_5A.xlsx
[9] Ford Motor Company, "Ford F-150 Lightning" (manufacturer, accessed 2026-10-18). Ford states the current F-150 Lightning will no longer be available to order and a new extended-range model will follow. https://www.ford.com/trucks/f150/f150-lightning/features/intelligent-backup-power/

Cite as: Charjin, "PG&E's October shutoff shows what an electric pickup can and cannot do as home backup", 18 October 2026, https://charjin.com/stories/pge-shutoff-electric-pickup-home-backup

---

# Plug-in hybrids that are rarely charged: why T&E wants a 15-litre fuel tank cap

A new Transport & Environment report finds that plug-in hybrids registered in 2024 emitted close to six times their official CO2 figures on the road. Its answer is to steer incentives towards models built to be charged, including a fuel tank of no more than 15 litres.

- Type: Analysis
- Desk: Hybrids and plug-in hybrids
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/phev-fuel-tank-cap-real-world-emissions

## Does a plug-in hybrid really cut fuel use if you rarely charge it?

Not by much. EU fuel-meter data for cars registered in 2024 show plug-in hybrids covering only 27% of their distance on electricity alone and emitting just 14% less CO2 than petrol, diesel and conventional hybrid cars, against an 83% reduction on paper. T&E's proposed 15-litre tank cap is a policy idea for incentives, not a rule, so buyers who will not charge daily should treat the official figure as a best case.

## What the new data means if you are choosing a plug-in hybrid.

1. The official WLTP CO2 figure assumes far more electric driving than owners actually do; the real-world gap for 2024 registrations was roughly six-fold.
2. Electric range alone is a weak guide. Models whose electric motor is strong relative to the engine did much better on the road.
3. A 15-litre tank cap, minimum 200 km real-world electric range and DC charging above 100 kW are T&E proposals for tax and type-approval incentives. None is law.

## What the report found

Transport & Environment (T&E), the Brussels-based clean transport campaign group, published "Still smoking: the PHEV emissions scandal continues" on 15 October 2026. It analyses real-world fuel data that the European Environment Agency (EEA) collects from plug-in hybrids registered in 2024. On average, their real-world CO2 emissions were nearly six times their official WLTP values, up from roughly five times for 2023 registrations. [1][2][9][11]

T&E's September analysis of the same EEA release put the 2024 averages at 145 gCO2/km on the road against 24 g/km on paper, based on fuel monitors in about 220,000 plug-in hybrids. Real-world emissions rose by about 5% from 2023 while official figures fell by about 15%. Conventional combustion cars averaged 169 g/km, so plug-in hybrids came out only 14% lower in practice, against an 83% gap in the official numbers. [1][3][8]

The trend is not new. The European Commission's first report on this data, published in March 2024, found that plug-in hybrids first registered in 2021 emitted on average 3.5 times their type-approval CO2. It attributed the gap mainly to cars not being charged and driven electrically as often as the official test assumes. [4]

## Where the numbers come from

Since January 2021 every new car and small van in the EU that can run on liquid fuel must carry an on-board fuel consumption monitor (OBFCM). The device records lifetime fuel use and distance. For plug-in hybrids it also logs distance in charge-depleting mode with the engine on and off, fuel used in that mode and the grid energy put into the battery. [4][5]

Manufacturers read the meters over the air or at dealer visits, and from 2023 member states also read them at periodic technical inspections. The data go to the EEA, which links them to each car's laboratory figures and publishes anonymised raw and aggregated files a year later. EU law asks the Commission to propose a method for using this data to adjust carmakers' CO2 results from 2030, with a report due by 31 December 2026. [5]

The figures carry caveats. T&E is a campaign group, and its own annex notes that some brands can be over- or under-represented in a given year's sample, naming BMW in 2024. Weighting by registrations narrows the 2024 gap from 6.1 times to 5.3 times, but the upward trend remains. [1]

## Why the gap is widening

The official CO2 figure for a plug-in hybrid depends on the utility factor, an assumed share of driving done on electricity that rises with tested electric range. T&E's reading of the 2024 data is that cars covered 27% of their distance in pure electric mode, and that grid electricity supplied 30% of their energy. The utility factor in force for 2025 and 2026 assumes 56%. [1]

Even when the battery was supplying power, the engine ran for about a third of charge-depleting kilometres. Real-world emissions in that mode averaged 63 gCO2/km, about 2.8 L/100 km, against 6 g/km in the official figure. [1][2]

Longer electric range has not closed the gap on its own. Average tested range rose from 58 km in 2021 to 75 km in 2024, and the share of new plug-in hybrids above 70 km rose from 13% to 49%. Those longer-range cars were heavier and had more powerful engines, emitted about 200 g/km once the battery was empty, and accounted for more than half of the 2024 gap. [1]

The stronger signal was motor power. Plug-in hybrids whose electric motor had more than 1.25 times the engine's power averaged 108 gCO2/km on the road, compared with 227 g/km for those below 0.5. The average ratio was 0.7 and has barely moved since 2021. [1]

## The 15-litre tank proposal

T&E wants tax rules and type approval to favour what it calls well-designed plug-in hybrids. Its criteria are an electric motor with at least three times the engine's power, DC charging above 100 kW, at least 200 km of real-world electric range by 2030 with the car defaulting to electric drive, and a fuel tank of 15 litres or less. Its 2025 report put the average plug-in hybrid tank at about 51 litres. [1][6]

The logic is that a small tank gives drivers a reason to plug in. T&E calculates that 15 litres at 6.7 L/100 km, the average it found for range-extender cars once the battery is depleted, would give about 220 km of engine-only driving, roughly matching the electric range it wants. [1][6]

The proposal sits alongside a fight over the utility factor itself. The EU's second correction is due for new type approvals on 29 November 2026 and all new cars on 29 November 2027. For a car with 100 km of tested range it lowers the assumed electric share from about two-thirds to 44%. T&E says freezing it at the current level would understate real-world emissions by 56%. [1][2][7]

## What a smaller tank would mean in practice

Charjin worked the numbers using only T&E's inputs: 6.7 L/100 km in engine mode, 12,730 km a year and EU petrol at €1.86 a litre, the March to October 2026 average. A 51-litre tank covers about 760 km between fills and costs about €95 to fill. A 15-litre tank covers about 224 km and costs about €28. [1][6]

For a driver who never charges, that is the difference between about 17 and about 57 stops a year at the pump, for the same fuel bill of roughly €1,590. The small tank changes the hassle of not charging, not the cost of each kilometre. For a driver who charges every night and makes a few long trips, the extra stops would only come on those trips.

T&E's cost estimate points the same way. At 2026 fuel prices it calculates that the average 2024 plug-in hybrid costs €1,810 a year to run, against €1,130 implied by the official figures used at the time of sale. That gap of €680 falls to €515 under the utility factor in force since 2025. [1][2]

## How to judge a plug-in hybrid now

The best predictor is your own charging. If you can charge at home or work and most of your days fit within the real electric range, a plug-in hybrid can do much of its work on electricity. If you cannot, a conventional hybrid or an electric car may suit you better than the official CO2 figure suggests. [1]

Check the electric motor's power against the engine's, not only the range. T&E names the BYD Seal U DM-i as the 2024 model with the highest ratio, 1.64, and a 20% gap against the corrected WLTP basis. BYD's European page still advertises up to 1,080 km of combined range alongside a 70 km-plus electric range, so even the best-scoring car would sit far from a 15-litre design. [1][10]

Company car drivers should also note that tax perks often follow the official number. Companies registered 71% of new EU plug-in hybrids in the first half of 2026, and 24 of 27 member states give them a tax advantage, but only 12 set a threshold of 50 gCO2/km or lower. Whether any government adopts a tank limit is unknown; none has announced one. [1]

## Common questions

**Is a 15-litre fuel tank limit for plug-in hybrids now law?**

No. It is one of four criteria Transport & Environment proposes for targeting tax incentives and type-approval rules at better-designed plug-in hybrids. No EU or national rule requires it.

**What is the utility factor?**

It is the assumed share of driving done on electricity, used to calculate a plug-in hybrid's official CO2 figure. It rises with tested electric range. The EU began correcting it in 2025, and a second step is due for new type approvals on 29 November 2026.

**Where does the real-world data come from?**

From on-board fuel consumption monitors fitted to new EU cars since 2021. Manufacturers and, since 2023, inspection centres read them and report to the European Environment Agency, which publishes anonymised data.

**Does a longer electric range guarantee lower real-world emissions?**

No. In the 2024 data, plug-in hybrids with more than 70 km of range had a larger gap to their official figures, partly because they were heavier and had more powerful engines. A strong electric motor relative to the engine was the better predictor.

## Evidence

[1] Transport & Environment, "Still smoking: the PHEV emissions scandal continues (full report, 15 October 2026)" (research, accessed 2026-10-18). Source of the 2024 real-world gap, electric-driving shares, range and power-ratio analysis, cost estimate, tax survey and the 15-litre tank proposal. https://uploads.transportenvironment.org/production/files/2026-PHEV-report.pdf
[2] Transport & Environment, "Misleading plug-in hybrid emissions figures risk cheating consumers, T&E warns" (research, accessed 2026-10-18). T&E's release summarising the report: six-fold gap, 14% versus 83%, €680 extra cost and the November 2026 correction. https://www.transportenvironment.org/articles/misleading-plug-in-hybrid-emissions-figures-risk-cheating-consumers-t-e-warns
[3] Transport & Environment, "Plug-in hybrids emit six times, on average, what official tests claim - new EU data" (research, accessed 2026-10-18). Gives 145 versus 24 gCO2/km for 2024 registrations, the 169 g/km combustion-car average and the sample of about 220,000 cars. https://www.transportenvironment.org/articles/plug-in-hybrids-emit-six-times-on-average-what-official-tests-claim-new-eu-data
[4] European Commission, "First Commission report on real-world CO2 emissions of cars and vans using data from on-board fuel consumption meters" (primary, accessed 2026-10-18). Establishes the OBFCM requirement from 2021 and the 3.5-fold gap for plug-in hybrids registered in 2021. https://climate.ec.europa.eu/news-other-reads/news/first-commission-report-real-world-co2-emissions-cars-and-vans-using-data-board-fuel-consumption-2024-03-18_en
[5] European Environment Agency, "Real-world emissions from cars and vans: statistical metadata" (data, accessed 2026-10-18). Describes what the OBFCM dataset records for plug-in hybrids, how it is collected and the 2026 deadline for a Commission report on using it. https://sdi.eea.europa.eu/catalogue/srv/api/records/ad652e2b-c4a1-4344-a536-dee5a9fae52d/attachments/Real%20world%20emissions%20for%20cars%20and%20vans-Statistical%20metadata_2024.pdf
[6] Transport & Environment, "Smoke screen: the growing PHEV emissions scandal (October 2025)" (research, accessed 2026-10-18). T&E's earlier report giving the average plug-in hybrid tank of about 51 litres and 6.7 L/100 km for range extenders with a depleted battery. https://www.transportenvironment.org/articles/smoke-screen-the-growing-phev-emissions-scandal
[7] EUR-Lex, Official Journal of the European Union, "Commission Regulation (EU) 2023/443 of 8 February 2023 amending Regulation (EU) 2017/1151" (primary, accessed 2026-10-18). Legal basis for the two-step revision of plug-in hybrid utility factors, the second step drawing on OBFCM data. https://eur-lex.europa.eu/eli/reg/2023/443/oj/eng
[8] The Driven, "Plug-in hybrids emit six times more than claimed and are getting worse, study finds" (reference, accessed 2026-10-18). Independent report of the 2021 to 2024 series of real-world and WLTP figures from the EEA data. https://thedriven.io/2026/09/08/greenwashing-stunt-plug-in-hybrids-emit-six-times-more-than-claimed-and-are-getting-worse-study-finds/
[9] InsideEVs, "The fix for plug-in hybrids that don't get plugged in? Smaller gas tanks, new report argues" (reference, accessed 2026-10-18). Independent report, 18 October 2026, confirming the 15-litre proposal and headline findings. https://insideevs.com/news/812076/phevs-with-smaller-tanks-proposed/
[10] BYD Europe, "BYD Seal U DM-i" (manufacturer, accessed 2026-10-18). BYD Europe's claims of 70 km-plus electric range, up to 1,080 km combined range and 6.4 L/100 km. https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html
[11] Sustainability Online, "Plug-in hybrids generate more emissions than previously thought" (reference, accessed 2026-10-18). Independent report of the October 2026 findings, including the 56% understatement under a freeze. https://sustainabilityonline.net/news/plug-in-hybrids-generate-more-emissions-than-previously-thought/

Cite as: Charjin, "Plug-in hybrids that are rarely charged: why T&E wants a 15-litre fuel tank cap", 18 October 2026, https://charjin.com/stories/phev-fuel-tank-cap-real-world-emissions

---

# Plug-in hybrids took a record 17% of UK new car sales in September

Official SMMT figures show plug-in hybrid registrations up 55.5% in the September plate-change month, while conventional hybrids slipped. Buyers joining the trend should factor in the pay-per-mile charge that reaches plug-in hybrids from April 2028.

- Type: Report
- Desk: Hybrids and plug-in hybrids
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/uk-phev-record-share-september-2026

## What changed in the UK hybrid market in September 2026?

Plug-in hybrids reached a record 59,571 registrations and a 17.0% share of the UK market, up from 12.2% a year earlier, while conventional hybrids fell 4.3% to a 13.1% share. For buyers, a plug-in hybrid still pays off mainly when it is charged often, and from April 2028 it will also carry a mileage charge of 1.5p a mile.

## What the September figures mean for a UK buyer.

1. Plug-in hybrids have taken 14.07% of the UK market so far in 2026, ahead of conventional hybrids at 13.81%.
2. The best-selling car of the month, the Jaecoo 7, is sold as petrol, self-charging hybrid and plug-in hybrid; the maker says plug-in hybrids made up 55.7% of its two brands' September registrations.
3. From 1 April 2028, plug-in hybrid keepers will pay Electric Vehicle Excise Duty of 1.5p per mile, collected alongside standard road tax.

## The September numbers

The Society of Motor Manufacturers and Traders (SMMT) recorded 350,536 new car registrations in September 2026, up 12.0% on a year earlier. Plug-in hybrids rose 55.5% to 59,571, a record for both volume and share at 17.0%. Battery electric cars took 28.3% and petrol 37.6%. [1][2]

Conventional hybrids moved the other way, falling 4.3% to 45,839 and from a 15.3% to a 13.1% share. Over the first nine months, plug-in hybrids are up 41.8% to 244,769, or 14.07% of the market, just ahead of conventional hybrids at 13.81%. Electrified cars of all kinds took a record 58.4% in September. [1][2][3][4]

SMMT's preliminary release on 2 October gave slightly different totals, such as a 55.7% plug-in hybrid rise. The figures here are the final ones published on 5 October. [2][3][9]

## Why plug-in hybrids are growing

SMMT does not give a single cause for the plug-in hybrid jump. It credits electrified growth in general to wider model choice, manufacturer discounts and government incentives, notes that more than 110 plug-in hybrid models are on sale, and says high fuel prices are giving more people reason to consider electric cars. [2]

Chinese brands are a visible part of the story. The Jaecoo 7 was the UK's best-selling car in September with 10,813 registrations. Its maker says 55.7% of OMODA and JAECOO's 22,296 September registrations were plug-in hybrids, which suggests but does not prove that the plug-in version led the Jaecoo 7's sales. [2][4][5]

Company buyers also matter. Fleet registrations made up 54.5% of the September market, and UK company car tax currently treats many recent plug-in hybrids generously, as the next section explains. [2][7]

## What a buyer pays from 2028

From 1 April 2028, Electric Vehicle Excise Duty will charge 3p per mile for battery electric cars and 1.5p per mile for plug-in hybrids, rising with inflation from 2029. Drivers will estimate their mileage when they renew road tax, with MOT readings used as a check, and pay upfront or in instalments. [6]

Take the Jaecoo 7 SHS-P, listed at £35,170 on the road with a 56-mile WLTP electric range and a 60-litre fuel tank. At the 6,000 miles a year used in Jaecoo's own finance example, the charge would be £90 a year at 2028 rates; at 10,000 miles, £150. A battery electric car covering 10,000 miles would pay £300. [5][6]

That 60-litre tank is four times the 15-litre limit that Transport & Environment this week proposed for plug-in hybrids that qualify for incentives in Europe. A large tank makes it easy to run on petrol for long periods, and the per-mile charge is based on total mileage, electric or not. [5][6][8]

## Company car drivers and what to check

HMRC's temporary easement treats eligible plug-in hybrids as emitting 1 gCO2/km for benefit-in-kind tax, so the charge depends on electric range instead. It covers cars first registered from 1 January 2025 with a CO2 figure of 51 g/km or more under the newer emissions standards, and runs to 5 April 2028, with existing arrangements protected until 5 April 2031 at the latest. [7]

The government introduced it because new EU and UN test standards from 2025 give plug-in hybrids higher official CO2 figures. Before signing, company drivers should confirm whether a car qualifies and what happens when a lease is renewed after April 2028. [7]

The wider policy picture is also moving. The zero emission vehicle mandate requires a 33% electric share in 2026 against 26.2% so far, and SMMT wants it reviewed. Auto Express reports that the government has hinted at relaxing parts of it while keeping the 2035 deadline for hybrids. A private buyer who can charge at home will get the most from a plug-in hybrid; one who cannot should compare it with a conventional hybrid. [2][3][4]

## Common questions

**Are the September figures final?**

Yes. SMMT published final September figures on 5 October 2026, slightly revising the preliminary release from 2 October.

**Do plug-in hybrids pay the new mileage charge on petrol miles too?**

The charge is based on total estimated mileage, checked against odometer and MOT readings, so it does not distinguish electric from petrol miles. The plug-in hybrid rate is 1.5p a mile from 1 April 2028.

**Does the company car tax easement apply to every plug-in hybrid?**

No. It covers cars first registered from 1 January 2025 with an official CO2 figure of 51 g/km or more under the newer emissions standards. Check eligibility with your employer or leasing company.

## Evidence

[1] SMMT, "UK new car registration data: September 2026 and year to date by fuel type" (data, accessed 2026-10-18). Final September and year-to-date registrations by fuel type and the top ten models. https://www.smmt.co.uk/vehicle-data/car-registrations/
[2] SMMT, "Record electric car market powers bumper September" (primary, accessed 2026-10-18). SMMT's release with fuel-type tables, the 58.4% electrified share, model count, fleet share and mandate comments. https://www.smmt.co.uk/record-electric-car-market-powers-bumper-september/
[3] electrive, "UK posts strongest-ever month for BEV registrations in September" (reference, accessed 2026-10-18). Independent report of the preliminary figures, including the 55.7% plug-in hybrid rise and 33% mandate target. https://www.electrive.com/2026/10/02/uk-posts-strongest-ever-month-for-bev-registrations-in-september/
[4] Auto Express, "Jaecoo 7 leads charge as September sees best new car sales in almost a decade" (reference, accessed 2026-10-18). Independent report confirming the Jaecoo 7's lead and government signals on the mandate and 2035 hybrid deadline. https://www.autoexpress.co.uk/news/370572/jaecoo-7-leads-charge-september-sees-best-new-car-sales-almost-decade
[5] OMODA & JAECOO UK, "JAECOO 7 is Britain's best-selling car again as OMODA&JAECOO UK hits record month; JAECOO 7 specifications; JAECOO 7 SHS-P offer" (manufacturer, accessed 2026-10-18). Maker's figures for September registrations and powertrain mix, plus the SHS-P price, WLTP electric range and fuel tank capacity. https://jaecoo.co.uk/news/jaecoo-7-britains-best-selling-car-omoda-jaecoo-record-month/
[6] HM Treasury / GOV.UK, "Electric Vehicle Excise Duty (eVED)" (primary, accessed 2026-10-18). Policy paper of 13 July 2026 setting 1.5p per mile for plug-in hybrids from 1 April 2028 and how mileage is estimated and checked. https://www.gov.uk/government/publications/electric-vehicle-excise-duty-eved/electric-vehicle-excise-duty-eved
[7] HM Revenue & Customs / GOV.UK, "Plug-in hybrid electric vehicles benefits in kind easement" (primary, accessed 2026-10-18). HMRC policy paper of 26 November 2025 setting the deemed 1 g/km CO2 figure, eligibility and dates. https://www.gov.uk/government/publications/benefits-in-kind-easement-for-plug-in-hybrid-electric-vehicles/plug-in-hybrid-electric-vehicles-benefits-in-kind-easement
[8] Transport & Environment, "Still smoking: the PHEV emissions scandal continues (October 2026)" (research, accessed 2026-10-18). Source of the proposed 15-litre maximum fuel tank for incentivised plug-in hybrids. https://uploads.transportenvironment.org/production/files/2026-PHEV-report.pdf
[9] Renewable Energy Magazine, "Almost five EVs appear per minute on UK roads" (reference, accessed 2026-10-18). Independent report of SMMT's preliminary September plug-in hybrid and hybrid shares. https://www.renewableenergymagazine.com/electric_hybrid_vehicles/almost-five-evs-appear-per-minute-on-20261002

Cite as: Charjin, "Plug-in hybrids took a record 17% of UK new car sales in September", 18 October 2026, https://charjin.com/stories/uk-phev-record-share-september-2026

---

# Volkswagen caps some ID.4 batteries at 80% while it hunts for a fire-risk fix

A new US and Canadian recall tells owners of about 28,000 ID.4s to stop charging above 80% because the battery may overheat. Volkswagen does not yet know the root cause, and the cap costs a typical car roughly 40 to 60 miles of rated range.

- Type: Report
- Desk: Charging and infrastructure
- Published: 2026-10-18
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/vw-id4-recall-80-percent-charge-limit

## My ID.4 is in the recall. What do I actually have to do?

Set the maximum charge to 80% and leave it there until Volkswagen has a repair, which it says is still being developed. Check your VIN on the NHTSA or Transport Canada recall lookup, and expect a letter from Volkswagen; in the US the first letters are due to be mailed on 27 November 2026.

## Three things ID.4 owners should know now.

1. The recall covers 22,524 ID.4s in the US (model years 2023 to 2026) and 5,633 in Canada (2023 to 2025).
2. Volkswagen links the fire risk to charging above 80%, but it has not identified the root cause and has no repair yet.
3. On EPA figures, an 80% cap takes a 2024 or 2025 ID.4 Pro from 291 to about 233 miles of rated range.

## What Volkswagen has filed

Volkswagen Group of America filed recall 26V630 with the US National Highway Traffic Safety Administration on 30 September 2026. It covers 22,524 ID.4s from the 2023 to 2026 model years. The regulator's summary says the high-voltage battery may fail and lead to a vehicle fire. Volkswagen's own code for the campaign is 93EX. [1]

Transport Canada published a matching recall, number 2026469, on the same date. It covers 5,633 ID.4s from the 2023 to 2025 model years and warns that an overheating battery can create a fire risk even when the car is parked and switched off. Together the two filings cover about 28,000 vehicles. [2]

This is the fourth ID.4 battery recall in the US in under a year. Two small campaigns filed in December 2025 and January 2026 dealt with misaligned electrodes in cell modules, and a third, covering 43,881 cars with batteries that may overheat, brought a software update and battery replacement where needed. [3]

## Why 80 per cent

Volkswagen's filing, as reported by trade outlets that read it, says certain charging profiles combined with a state of charge above 80% may trigger thermal propagation, meaning heat spreading from cell to cell. The root cause is listed as unknown. The cells come from SK Battery America. [4][5]

Electrek reports that Volkswagen counted 22 US claims between January 2024 and August 2026. The Auto Wire reports that Volkswagen estimates 0.1% of the recalled cars actually have the defect, and that it used build records, supplier records and the cars' own charging data to decide which vehicles to include. Neither outlet says how many of the 22 claims involved a fire. [4][5]

## How the cap is applied

The NHTSA record tells owners to charge to no more than 80% until the repair is done. It does not tell them to park outside or avoid rapid chargers, which was the advice in the earlier electrode recalls. Transport Canada asks owners to set the maximum charge setting to 80%. [1][2][3]

AutoGuide reports that Volkswagen plans to set the 80% limit remotely on cars with an active online connection, and to post owners a reminder sticker. Some outlets report that owners can decline the automatic setting. Charjin has not seen Volkswagen's owner message, so we could not confirm how any opt-out works or when the remote change takes effect. Cars without a working connection will need the limit set by hand. [6]

## What the cap costs in range

Charjin's calculation uses the EPA range for each US version and assumes rated range scales with the charge limit. A 2024 or 2025 ID.4 Pro is rated at 291 miles (468 km), so 80% leaves about 233 miles (375 km), a loss of about 58 miles. A 2023 ID.4 Pro falls from 275 to about 220 miles. The 2024 standard-range ID.4 falls from 206 to about 165 miles. [7]

The same arithmetic works for the European figures in Charjin's car file. Removing 20% of a 77 kWh usable battery takes away 15.4 kWh, worth about 97 km at the official 15.8 kWh/100 km. On the 52 kWh battery the loss is about 66 km. These are test-cycle figures, so real losses will be larger in cold weather and at motorway speed. [8]

For daily driving the cap changes little, because most trips use a small part of the battery. It matters on long trips, where the first leg from home is shorter. Rapid charging is less affected: Volkswagen's own rapid-charging claim is quoted for 10 to 80%, about 28 minutes, and charging slows above that level. [8]

## What owners should do

Enter your VIN on the NHTSA or Transport Canada recall lookup; US VINs became searchable on 6 October. Set the charge limit to 80% now and do not wait for the letter. US interim letters are due to be mailed on 27 November 2026, with a second letter once a repair exists. Volkswagen's US customer service number is 1-800-893-5298, quoting 93EX. [1][2]

Volkswagen is not offering reimbursement under this campaign because it says the cars are still under the new-vehicle warranty, according to The Auto Wire's reading of the filing. Still unknown: the root cause, when the repair will arrive, whether it will mean new modules or only software, and whether European ID.4s with the same cells are affected. Charjin found no matching European recall. [5]

## Common questions

**Is it safe to keep driving a recalled ID.4?**

The regulators have not told owners to stop driving or to park outside. They ask owners to keep the charge limit at or below 80% until the repair is done.

**Can I still use rapid chargers?**

The new recall record does not tell owners to avoid DC rapid charging, unlike the two earlier electrode recalls. Set the car's limit to 80% so a rapid session stops there too.

**Does this affect ID.4s in the UK or Europe?**

The filings Charjin checked cover US and Canadian vehicles. We found no matching European recall, but owners elsewhere should ask their dealer.

## Evidence

[1] US National Highway Traffic Safety Administration, "Recall 26V630000: Volkswagen ID.4 high-voltage battery" (primary, accessed 2026-10-18). Official recall record: 22,524 vehicles, 2023-2026 model years, 80% advice, remedy under development, letters due 27 November 2026. https://api.nhtsa.gov/recalls/campaignNumber?campaignNumber=26V630
[2] Transport Canada, "Recall 2026469: Volkswagen ID.4 high-voltage battery" (primary, accessed 2026-10-18). Canadian recall: 5,633 vehicles, 2023-2025 model years, fire risk when parked, 80% maximum charge setting. https://data.tc.gc.ca/v1.3/api/eng/vehicle-recall-database/recall-summary/recall-number/2026469
[3] US National Highway Traffic Safety Administration, "Recalls for the 2024 Volkswagen ID.4 (25V836, 26V028, 26V030 and 26V630)" (primary, accessed 2026-10-18). Earlier ID.4 battery recalls, their scope and the park-outside and rapid-charging advice they carried. https://api.nhtsa.gov/recalls/recallsByVehicle?make=volkswagen&model=ID.4&modelYear=2024
[4] Electrek, "Volkswagen recalls more than 22,500 ID.4 EVs and tells owners to charge to just 80%" (reference, accessed 2026-10-18). Reports 22 US claims, SK Battery America as cell supplier and the thermal-propagation explanation. https://electrek.co/2026/10/08/volkswagen-recalls-22500-id-4-evs-tells-owners-charge-to-80/
[5] The Auto Wire, "VW ID.4 Battery Recall: 22,524 EVs Told to Charge Only to 80%" (reference, accessed 2026-10-18). Reading of the Part 573 filing: selection by charging data, 0.1% defect estimate, warranty and reimbursement position. https://theautowire.com/2026/10/14/vw-id4-battery-recall-80-percent-charging-data/
[6] AutoGuide, "Volkswagen Recalls ID.4 EVs Over High-Voltage Battery Fire Risk" (reference, accessed 2026-10-18). Reports the planned remote 80% limit for connected cars and the reminder sticker. https://www.autoguide.com/auto/volkswagen-recalls-over-id-4-evs-over-high-voltage-battery-fire-risk-44640412
[7] US Department of Energy and EPA, fueleconomy.gov, "Fuel economy data for the 2023-2025 Volkswagen ID.4 and ID.4 Pro" (data, accessed 2026-10-18). EPA rated ranges: 275 miles (2023 Pro), 291 miles (2024 and 2025 Pro), 206 miles (2024 ID.4). https://www.fueleconomy.gov/ws/rest/vehicle/47484
[8] Volkswagen, "Volkswagen ID.4 official overview (Charjin car file)" (manufacturer, accessed 2026-10-18). European usable battery sizes of 52 and 77 kWh and official consumption from 15.8 kWh/100 km, as recorded in Charjin's car file on 28 July 2026. https://www.volkswagen-newsroom.com/en/id4-5840

Cite as: Charjin, "Volkswagen caps some ID.4 batteries at 80% while it hunts for a fire-risk fix", 18 October 2026, https://charjin.com/stories/vw-id4-recall-80-percent-charge-limit

---

# Kia building the EV3 in Mexico changes the cost question, not the answer

Local production improves the conditions for a more attainable EV. It does not guarantee the price, specification, or charging support buyers will receive.

- Type: Analysis
- Desk: Electric cars
- Published: 2026-08-10
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/kia-ev3-mexico-production-changes-the-cost-question

## What does Mexican production actually change?

Mexican EV3 production matters because it can shorten supply lines, add regional capacity, and give Kia more room to compete on price. Buyers should still wait for confirmed local pricing, battery specification, warranty, tariff treatment, and charging support before calling it an affordable EV.

## Three facts to verify before calling the EV3 affordable.

1. Treat local production as evidence of capacity, not proof of a low retail price.
2. Compare the battery, range cycle, warranty, and charging package in the exact local specification.
3. Watch delivery volume and dealer support after launch, not only the investment announcement.

## Start with what changed

Kia is putting the EV3 into production at its Pesquería plant in Nuevo León as part of a 649 million dollar investment in Mexico. Reporting from the announcement said production would begin in August, with a meaningful share intended for the domestic market. That turns the EV3 from an imported proposition into a vehicle with a regional manufacturing base. [3][4]

That is important industrial news, but the buyer question is narrower. A factory investment can improve availability and reduce some logistics exposure. It cannot, by itself, confirm the showroom price, finance rate, delivery time, repair capacity, battery version, or standard equipment in each market. [3]

Charjin therefore reads the announcement as a change in the cost conditions around the EV3, not as a completed affordability claim. The proof will arrive in market-specific price lists, dealer stock, warranty documents, charging offers, and the first months of real deliveries.

## Local production creates room, not a guarantee

Regional production can remove long shipping legs, reduce inventory lead time, simplify parts movement, and give a manufacturer more flexibility when exchange rates or trade rules change. Reusing an established plant also avoids treating every electric model as a completely separate industrial project. [3][5]

The retail result remains conditional. Battery cells, power electronics, software, safety hardware, taxes, incentives, distribution costs, and margin still sit inside the final price. The value of local assembly also changes when trade rules or regional-content requirements change. A locally assembled vehicle can still be expensive, just as an imported vehicle can be aggressively priced. [3]

For consumers, the useful signal is that Kia now has more tools with which to compete. The unhelpful leap is assuming every one of those tools will automatically become a lower sticker price. Production capacity creates optionality for the company; competition determines how much of that reaches the buyer.

## There will not be one universal EV3

Kia Mexico promotes the EV3 with a claim of up to 605 kilometres of range and a seven-year warranty. Kia's United States page describes a pre-production 2027 model with a projected range of up to 300 miles and warns that specification and availability can vary. Those numbers are market claims, not interchangeable measurements. [1][2]

A buyer should identify the exact battery, test cycle, wheel size, drivetrain, charging peak, heat-pump availability, warranty coverage, and connected-services package before comparing prices. A cheaper trim with a smaller battery may be the better value for local driving, while a longer-range trim may justify its premium for regular intercity use. [1][2]

This is why a manufacturing headline cannot replace a model guide. The badge remains the same while range labels, equipment, incentives, software functions, and warranty conditions move by market. Charjin will keep the global vehicle facts separate from the local offer.

## The factory needs an ownership ecosystem

Nuevo León already has an expanding electrification ecosystem. Government reporting has highlighted investment in electric fleets and rapid-charging positions, while industry mapping points to a broader Mexican supply chain for electric and hybrid production. The EV3 project fits that industrial direction rather than standing alone. [5]

Manufacturing scale and ownership quality are still different measurements. A successful launch requires dependable home-charging installation, transparent public-charging prices, trained service teams, parts availability, battery diagnostics, and finance products that understand electric-vehicle residual values. [1]

Readers should watch the practical evidence after production begins: how many versions dealers actually receive, how quickly deliveries stabilise, whether entry trims remain available, and whether service support grows outside the largest cities. Those signals say more about mass-market readiness than a launch-day photograph.

## The Charjin view

The EV3 is exactly the sort of vehicle that can move electric cars beyond early adopters: compact outside, useful inside, offered with more than one battery strategy, and backed by a manufacturer with meaningful production scale. Building it in Mexico strengthens that case for the Americas. [1][2]

Our optimism remains conditional. The strongest version of this story is not that an EV factory opened. It is that a desirable electric car becomes easier to buy, easier to service, and honestly competitive against hybrids and combustion vehicles in the same price band.

Until local price lists and sustained inventory confirm that outcome, the right conclusion is measured: the manufacturing decision improves the probability of an attainable EV3. It does not settle the affordability question.

## Common questions

**Will Mexican production make the Kia EV3 cheaper?**

It gives Kia more flexibility over supply, logistics, and regional capacity, but it does not guarantee a lower retail price. Battery sourcing, equipment, taxes, incentives, distribution, and competitive strategy still shape what buyers pay.

**Which Kia EV3 range figure should buyers compare?**

Use the figure for the exact local battery, trim, wheel size, drivetrain, and test cycle. A Mexican market claim and a projected United States figure are not interchangeable measurements, even when they describe the same model name.

**What should be verified before calling the EV3 affordable?**

Confirm the local price, finance terms, battery capacity, official range cycle, charging performance, warranty coverage, standard equipment, dealer availability, and repair support. Factory location alone cannot answer those ownership questions.

## Evidence

[1] Kia Mexico, "Nuevo Kia EV3: el SUV 100% eléctrico ya está en preventa" (primary, accessed 2026-08-10). Manufacturer launch page for the Mexican-market range and warranty claims. https://www.kia.com/mx/discover-kia/eventos/preventa-kia-ev3.html
[2] Kia America, "2027 Kia EV3 compact electric SUV" (manufacturer, accessed 2026-08-10). United States pre-production positioning, projected range, availability, and specification caveats. https://www.kia.com/us/en/ev3
[3] Reuters, "Kia to invest $649 million to bring electric car production to Mexico" (reference, accessed 2026-08-10). Announcement details, investment value, production timing, domestic-market intent, and trade context. https://ca.marketscreener.com/news/kia-to-invest-649-million-to-bring-electric-car-production-to-mexico-ce7f51d3d88bf722
[4] CleanTechnica, "KIA Elects To Manufacture The EV3 In Mexico" (reference, accessed 2026-08-10). The source-radar report that triggered this independent Charjin analysis. https://cleantechnica.com/2026/08/01/kia-elects-to-manufacture-the-ev3-in-mexico/
[5] Guanajuato Puerto Interior, "Cluster Industrial B2B presents the 2026 electromobility map for Mexico" (primary, accessed 2026-08-10). Public-sector summary of electric-vehicle production, investment, and supply-chain development in Mexico. https://puertointerior.guanajuato.gob.mx/blog/2026/07/02/cluster-industrial-b2b-presenta-el-mapeo-de-electromovilidad-en-mexico-2026/

Cite as: Charjin, "Kia building the EV3 in Mexico changes the cost question, not the answer", 10 August 2026, https://charjin.com/stories/kia-ev3-mexico-production-changes-the-cost-question

---

# The plug-in hybrid question is really a charging-habit question

Long electric range changes what a plug-in hybrid can do. Regular charging changes what it actually uses.

- Type: Analysis
- Desk: Hybrids and plug-in hybrids
- Published: 2026-08-10
- By: Charjin Editorial Desk
- URL: https://charjin.com/stories/plug-in-hybrid-is-a-charging-habit

## Who should choose a PHEV?

A plug-in hybrid makes sense when dependable charging is already part of the week and most routine journeys fit inside its useful electric range. If charging will be occasional, a conventional hybrid is usually the simpler and more honest choice.

## Three checks before the shortlist.

1. Count reliable charging days before comparing electric-range claims.
2. Match routine journey distance to electric range, then keep a margin for weather and road speed.
3. Treat combined-range and weighted fuel figures as test references, not a prediction of your own fuel use.

## Start with the week, not the badge

A plug-in hybrid carries two energy systems because it is trying to solve two different jobs. The battery and motor can handle regular local travel; the combustion engine can remove the charging stop from an occasional long journey. That flexibility is useful, but only when both parts are used deliberately. [1]

The first buying question is therefore practical: on how many days in a normal week can the car be connected to reliable home or workplace charging? A charger shown on a map is not the same as a routine. Access hours, parking rules, price and reliability determine whether charging will actually happen. [1]

If the answer is most days, continue to electric range. If the answer is rarely, compare the vehicle with a conventional hybrid before paying for a larger battery and carrying the additional hardware.

## A larger battery expands the opportunity, not the guarantee

Longer electric range can make a modern plug-in hybrid meaningfully easier to use as an electric car during the week. BYD lists a 26.6 kWh battery and up to 125 km of WLTP combined electric range for the European Seal U DM-i Comfort. That is a substantial daily envelope on paper, and it is one reason value-led PHEVs deserve attention. [3]

The useful number is not the maximum alone. Compare the distance between charges with the longest routine day, then allow for motorway speed, temperature, climate control, load and the fact that a laboratory result is not a guaranteed road result. A 125 km rating does not mean every owner should plan a 125 km electric day. [4]

This is where a longer-range PHEV can offer more for the money than an older short-range design: it gives the owner more routine journeys that can plausibly remain electric. It still cannot compensate for a cable that stays in the boot.

## Fleet data shows what happens when the routine breaks

European Commission data covering 320,000 plug-in hybrids first registered in 2021 found average real-world carbon dioxide emissions around 3.5 times the type-approval values. For vehicles first registered in 2022, the absolute gap remained broadly similar even as newer vehicles offered larger batteries and longer electric ranges. [2]

That result is a fleet average, not a verdict on every PHEV or every owner. It does show why an official weighted fuel-consumption figure can be a poor prediction for someone who seldom charges. The laboratory calculation assumes a share of electric driving; the owner has to create that share in real life. [2][5]

The correct response is not to dismiss every plug-in hybrid. It is to stop treating the powertrain as behaviour-proof. An owner with short daily travel and dependable charging can use the same vehicle very differently from an owner covering long distances between charges.

## Use a five-question ownership test

First, where will the car charge on an ordinary night? Second, how many kilometres separate reliable charges? Third, how often does the car make a journey beyond its realistic electric range? Fourth, what does electricity cost compared with fuel in the local market? Fifth, will every regular driver plug it in?

Those answers are more useful than a combined-range headline. They also expose when a full EV would be simpler: if charging is dependable and long journeys are manageable, carrying an engine may add complexity without adding much value.

They expose the opposite case too. Where charging is uncertain, a conventional hybrid can deliver repeatable fuel savings without requiring a new routine. The less certain the charging behaviour, the less convincing the plug-in premium becomes.

## The Charjin view

Charjin gives extra attention to PHEVs with useful electric range, competitive equipment and strong value because they can make electrified driving practical for buyers who are not ready for a battery-only car. The BYD Seal U DM-i is a clear example of that proposition in markets where its price, specification and support are competitive. [3]

That editorial preference is conditional. A plug-in hybrid earns the recommendation when charging is frequent, the local specification is verified and most ordinary travel can happen electrically. Without those conditions, the badge promises more than the ownership pattern can deliver.

## Common questions

**Is a plug-in hybrid worth it without home charging?**

It can be, but only when dependable workplace or public charging becomes part of the normal week. If charging will be occasional, a conventional hybrid is usually the simpler choice because its fuel-saving behaviour does not depend on plugging in.

**How often should a plug-in hybrid be charged?**

Charge often enough that most routine journeys begin with useful battery range. For many owners that means most days. The less frequently the vehicle is charged, the more its real fuel use can diverge from the weighted laboratory figure.

**Can the official PHEV fuel-economy figure predict my fuel use?**

Not by itself. The official figure assumes a particular share of electric driving. Journey length, charging frequency, road speed, climate, and driver behaviour determine whether an owner creates a similar electric-driving share in practice.

## Evidence

[1] U.S. Department of Energy, Alternative Fuels Data Center, "Plug-In Hybrid Electric Vehicles" (primary, accessed 2026-08-10). Powertrain operation, charging behaviour and the relationship between electric driving and fuel use. https://afdc.energy.gov/vehicles/electric-basics-phev
[2] European Commission, Directorate-General for Climate Action, "Real-world CO2 emissions and fuel consumption of cars and vans collected in 2022" (primary, accessed 2026-08-10). Fleet-level real-world and type-approval emissions comparison for plug-in hybrids. https://climate.ec.europa.eu/news-other-reads/news/publication-real-world-co2-emissions-and-fuel-consumption-cars-and-vans-collected-2022-2024-07-26_en
[3] BYD Europe, "BYD Seal U DM-i Comfort model information" (manufacturer, accessed 2026-08-10). European battery capacity and WLTP electric-range claims for the Comfort version. https://www.byd.com/es-es/news-list/byd-seal-u-dm-i-comfort-ya-a-la-venta-con-una-autonomia-total-en
[4] BYD Europe, "Seal U DM-i range calculator and limitations" (manufacturer, accessed 2026-08-10). Manufacturer explanation of variables that change real-world electric range. https://www.byd.com/eu/range-calculator/seal-u-dm-i.html
[5] International Council on Clean Transportation, "Real-world usage of plug-in hybrid vehicles in Europe" (research, accessed 2026-08-10). Independent research on charging frequency, electric driving share and real-world fuel use. https://theicct.org/wp-content/uploads/2022/06/real-world-phev-use-jun22-1.pdf

Cite as: Charjin, "The plug-in hybrid question is really a charging-habit question", 10 August 2026, https://charjin.com/stories/plug-in-hybrid-is-a-charging-habit

---

# Part 2: Buyer guides

---

# EV vs hybrid vs plug-in hybrid: which should you buy?

- Stage: Choose
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/ev-vs-hybrid-vs-plug-in-hybrid

## The short answer

Choose an EV if you can charge reliably and its real-world range covers your routine. Choose a conventional hybrid if charging is impractical. A plug-in hybrid works best only when you will charge it frequently and drive most local trips on electricity.

## Start with charging, not the badge

Reliable home or workplace charging changes the decision more than almost any vehicle specification. It makes an EV convenient and keeps its energy cost predictable.

Without dependable charging, a conventional hybrid is often the simpler low-fuel option. Public rapid charging can support trips, but relying on it for every charge may remove much of the convenience and cost advantage.

## When a plug-in hybrid makes sense

A plug-in hybrid can cover short daily journeys on electricity and use fuel for occasional long trips. That pattern only works when the vehicle is plugged in regularly.

If it is rarely charged, the larger battery and additional drivetrain add weight without delivering their intended benefit.

## Make the decision with your numbers

Compare your annual distance, local energy prices, insurance, expected ownership period, and access to servicing. Headline range and fuel economy are useful inputs, not the decision by themselves.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "EV vs hybrid vs plug-in hybrid: which should you buy?", reviewed 28 July 2026, https://charjin.com/guides/ev-vs-hybrid-vs-plug-in-hybrid

---

# How long does it take to charge an electric car?

- Stage: Charge
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/how-long-does-it-take-to-charge-an-electric-car

## The short answer

Most EVs take roughly 6 to 12 hours for a substantial home charge, depending on battery size and charger power. A suitable rapid charger can often take a modern EV from 10% to 80% in about 20 to 40 minutes.

## The four numbers that determine charging time

Battery capacity, starting charge, target charge, and the power the car can actually accept determine the useful estimate. The charger label alone is not enough.

A 150 kW charger does not force 150 kW into every car. The vehicle controls the maximum rate and reduces power as the battery fills.

## Why 10% to 80% is commonly quoted

Charging is usually fastest at a lower state of charge and slows significantly near full. The 10% to 80% window describes the part of a road-trip stop where rapid charging is most useful.

## Use a realistic home estimate

Allow for charging losses and remember that most drivers replace only the energy used that day. An EV with a large battery does not arrive home empty every evening.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "How long does it take to charge an electric car?", reviewed 28 July 2026, https://charjin.com/guides/how-long-does-it-take-to-charge-an-electric-car

---

# How much does it cost to charge an EV?

- Stage: Charge
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/how-much-does-it-cost-to-charge-an-ev

## The short answer

Multiply the energy added in kilowatt-hours by your electricity price, then allow roughly 8% to 15% for charging losses. Public rapid charging usually costs more than home charging and varies widely by network and country.

## Calculate a single charge

A 60 kWh battery charged from 20% to 80% receives about 36 kWh before losses. At an electricity price of 0.25 per kWh, the energy portion costs about 9 in the same currency.

Some public networks add time, connection, or parking fees. Use the final session price when comparing networks.

## Calculate cost per distance

Multiply the car’s consumption in kWh per 100 km by the price per kWh. This makes an EV directly comparable with a hybrid measured in litres per 100 km.

## Avoid the full-battery shortcut

Drivers normally pay to replace what they use, not to fill an empty battery. Annual distance and efficiency give a more useful ownership estimate than the price of one full charge.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "How much does it cost to charge an EV?", reviewed 28 July 2026, https://charjin.com/guides/how-much-does-it-cost-to-charge-an-ev

---

# How long do EV batteries last?

- Stage: Own
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/how-long-do-ev-batteries-last

## The short answer

An EV battery is designed to last for many years, but capacity gradually declines. Warranty terms commonly cover a defined period, distance, and minimum retained capacity, so the exact wording matters more than a generic lifespan claim.

## Degradation is gradual

A battery usually loses capacity over time rather than suddenly failing. Climate, cell chemistry, time spent at very high charge, and repeated high-power use can influence the rate.

The displayed range also changes with weather, speed, tyres, and driving style, so a lower range estimate does not by itself prove battery degradation.

## Read the warranty threshold

Check the battery warranty separately from the general vehicle warranty. Look for the minimum retained capacity, exclusions, transfer rules, and whether commercial use changes coverage.

## Used buyers need evidence

Ask for a battery health report when available, inspect charging history, test both AC and DC charging, and confirm that outstanding recalls or software campaigns are complete.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "How long do EV batteries last?", reviewed 28 July 2026, https://charjin.com/guides/how-long-do-ev-batteries-last

---

# EPA vs WLTP vs CLTC range: what is the difference?

- Stage: Understand
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/epa-vs-wltp-vs-cltc-range

## The short answer

EPA, WLTP, and CLTC are different laboratory test procedures. Their results should not be mixed or converted with one universal formula. Compare vehicles under the same test cycle and treat every official result as a standardized reference, not a guaranteed trip distance.

## The test cycle is part of the number

A range figure without its test standard is incomplete. The route simulation, speeds, temperature assumptions, and adjustment methods differ between systems.

Charjin always shows the test cycle next to the figure and keeps multiple official ratings separate.

## How to compare two cars

Compare EPA with EPA or WLTP with WLTP, using equivalent battery and drivetrain versions. Then consider the road conditions that dominate your driving.

## Why your result will change

Sustained speed, cabin heating or cooling, temperature, elevation, wind, load, and tyre choice can all change energy consumption.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "EPA vs WLTP vs CLTC range: what is the difference?", reviewed 28 July 2026, https://charjin.com/guides/epa-vs-wltp-vs-cltc-range

---

# Can you own an EV without home charging?

- Stage: Own
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/owning-an-ev-without-home-charging

## The short answer

Yes, but it is convenient only when reliable charging already exists near places you routinely spend time. A nearby charger on a map is not enough; price, uptime, dwell time, and overnight parking rules all matter.

## Find charging that fits your week

Workplace, supermarket, gym, and overnight destination charging are usually easier to live with than making a separate rapid-charging trip every few days.

## Test reliability before buying

Visit the chargers you expect to use. Check access hours, payment method, idle fees, connector count, local demand, and whether the stated power is normally delivered.

## Keep a charging margin

A larger battery reduces charging frequency but costs and weighs more. The right margin is enough to absorb a missed session without turning every week into route planning.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "Can you own an EV without home charging?", reviewed 28 July 2026, https://charjin.com/guides/owning-an-ev-without-home-charging

---

# How much range do EVs lose in hot and cold weather?

- Stage: Own
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/ev-range-in-hot-and-cold-weather

## The short answer

Cold weather usually has the larger immediate effect because the battery and cabin require heating. Extreme heat also increases cooling demand. The size of the change depends on the vehicle, trip length, speed, parking conditions, and whether the battery is preconditioned.

## Short trips show the largest percentage change

Heating or cooling the cabin and battery is a fixed energy cost at the start of a trip. Repeating that process across several short journeys can use more energy per kilometre than one continuous drive.

## Preconditioning helps

Heating or cooling the car while it remains plugged in can improve comfort and preserve more battery energy for driving. Battery preconditioning can also improve rapid-charging performance.

## Plan from consumption, not fear

Use the vehicle’s recent energy consumption and the next reliable charging stop. A single universal percentage is less useful than the car’s actual behaviour in your conditions.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "How much range do EVs lose in hot and cold weather?", reviewed 28 July 2026, https://charjin.com/guides/ev-range-in-hot-and-cold-weather

---

# What should you check before buying a used EV?

- Stage: Choose
- Reviewed: 2026-07-28
- URL: https://charjin.com/guides/used-ev-buying-checklist

## The short answer

Confirm battery health, remaining warranty, charging performance, recall status, repair history, software support, and the cables included with the car. Test the vehicle at both low and high states of charge when possible.

## Start with identity and warranty

Verify the exact model year, battery, drivetrain, market origin, and option package. Imported cars can have different connectors, software services, warranties, and parts support.

## Check the complete charging path

Test the charge port, locking mechanism, supplied cables, AC charging, and rapid charging when practical. A vehicle can drive normally while still having an expensive charging fault.

## Treat the dashboard estimate carefully

The displayed range reflects recent driving and conditions. Use a diagnostic battery-health report, energy consumption, and a meaningful test drive rather than relying on the dashboard figure alone.

> Use local evidence: Prices, incentives, connectors, warranties, and specifications differ by country. Confirm the local order sheet and current terms before purchase.

Cite as: Charjin, "What should you check before buying a used EV?", reviewed 28 July 2026, https://charjin.com/guides/used-ev-buying-checklist

---

# Part 3: Car file

---

# Audi Q4 e-tron

Audi's compact electric SUV, updated for 2026 with larger batteries, quicker charging and a choice of rear- or all-wheel drive.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Q4 35 / 40 / 45 / 50 / 55 e-tron (earlier and US naming), Q4 Sportback e-tron (coupé-style body)
- URL: https://charjin.com/cars/audi/q4-e-tron
- Last checked: 2026-10-18

## Is the Audi Q4 e-tron worth considering?

The updated Q4 e-tron claims up to 563 km WLTP and around 27–29 minutes for a 10–80% charge, with a five-star Euro NCAP rating reconfirmed in 2025. Independent tests so far cover earlier versions and show real consumption well above the official figures, so expect noticeably less range than the brochure, especially on motorways and in winter.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 375–563 km | WLTP combined, Q4 SUV e-tron, Germany, data status 1 October 2026: 375–440 km (e-tron 150 kW, 59 kWh net), 467–558 km (quattro 220 kW), 463–541 km (quattro performance 250 kW), 483–563 km (performance 210 kW RWD, 79 kWh net). Audi quotes up to 592 km for the Sportback e-tron performance. US EPA: 288 miles for the 2026 Q4 45 e-tron, 251 miles for the 2026 Q4 55 e-tron quattro. | Market or version specific | https://www.audi.com/en/audi-q4-suv-e-tron-13911 |
| Battery | 59, 77 or 79 kWh usable | Gross / net: 63 / 59 kWh (e-tron 150 kW), 82 / 77 kWh (quattro and quattro performance), 84 / 79 kWh (performance 210 kW RWD). Germany, data status 1 October 2026. | Market or version specific | https://www.audi.com/en/audi-q4-suv-e-tron-13911 |
| Rapid charging | Up to 185 kW | DC peak: 160 kW (59 kWh), 165 kW (quattro 220 kW and performance 210 kW), 185 kW (quattro performance). 10–80% claimed in 27–29 minutes depending on version. AC 11 kW. Germany, data status 1 October 2026. | Market or version specific | https://www.audi.com/en/audi-q4-suv-e-tron-13911 |
| Efficiency | From 15.3 kWh/100 km | WLTP combined ranges: 18.0–15.3 (e-tron 150 kW), 19.1–16.1 (quattro 220 kW), 18.4–15.8 (performance 210 kW), 19.0–16.2 kWh/100 km (quattro performance 250 kW). Germany. | Market or version specific | https://www.audi.com/en/audi-q4-suv-e-tron-13911 |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 7 tests from 5 testers; safety 5 stars, Euro NCAP 2021.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-04) | Efficiency | 21.2 kWh/100 km | 16.6 kWh/100 km WLTP | 78% | Falls short | Audi Q4 40 e-tron advanced, 63 kWh gross / 59 kWh net (pre-update model); ADAC mixed driving profile, consumption including AC charging losses (22 kW wallbox, 23 °C); ADAC range 305 km | https://www.adac.de/rund-ums-fahrzeug/elektromobilitaet/elektroauto/stromverbrauch-elektroautos-adac-test/ |
| ADAC (2024-06) | Efficiency | 20.4 kWh/100 km | 16 kWh/100 km WLTP | 78% | Falls short | Audi Q4 Sportback 45 e-tron advanced, 82 kWh gross / 77 kWh net; ADAC Ecotest cycle, consumption including AC charging losses; ADAC Ecotest range 425 km | https://www.adac.de/rund-ums-fahrzeug/elektromobilitaet/elektroauto/stromverbrauch-elektroautos-adac-test/ |
| NAF (2022-06) | Rapid charging | 37 min 10–80% |  |  |  | Audi Q4 e-tron 40 (2022, 77 kWh net, 150 kW); Summer, Norway; NAF's table labels the result 10–80% (37 min against 38 min claimed, peak 127 kW against 125 kW claimed), but its text describes the session as 4–80% in 37 min 7 s | https://www.naf.no/bilguiden/bilmodell/audi-q4-e-tron/rekkeviddetest-audi-q4-e-tron-40 |
| Green NCAP (2022-06) | Range | 420 km |  |  |  | Audi Q4 Sportback 50 e-tron quattro, 220 kW, 76.6 kWh declared; Normal real-world driving with low climate demand: about 420 km; cold winter conditions: about 270 km; motorway at 23 °C: about 290 km | https://news.euroncap.com/greenncap/audi-q4-e-tron---green-ncap-2022-results---5-stars/s/e7da6bcc-a4d8-485c-8ff5-1e17b040b9e1 |
| Euro NCAP (2021-09) | Safety rating | 5 stars |  |  |  | Audi Q4 40 e-tron SUV (150 kW, 82 kWh), rating also covers Sportback; Adult occupant 93%, child occupant 89%, vulnerable road users 66%, safety assist 80% | https://www.euroncap.com/en/results/audi/q4+e-tron/43490 |
| Euro NCAP (2025-09) | Safety rating | 5 stars |  |  |  | Audi Q4 e-tron (variant not stated); Reassessed in 2025 after improvements made by Audi | https://news.euroncap.com/safercars/audi-q4-e-tron---euro-ncap-2025-results---5-stars/s/46cd23bc-1b19-40b5-92ca-bb82add4b979 |
| NHTSA (2026-10) | Recalls | 7 campaigns |  |  |  | Audi Q4 e-tron (US), model years 2022–2026; Distinct campaigns across model years 2022–2026: 22V823 (rear-view camera display), 23V189 (air bags), 23V842 (charging cable), 24V361 (lighting software), 25V120 (gear position display), 25V125 (12 V battery), 25V638 (front seat belt retractor) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=AUDI&model=Q4%20E-TRON&modelYear=2022 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Audi Q4 e-tron", checked 18 October 2026, https://charjin.com/cars/audi/q4-e-tron

---

# Audi Q6 e-tron

A large electric SUV on an 800-volt platform, with a 100 kWh battery and fast DC charging.

- Powertrain: Electric
- Body: SUV
- Names and versions: Q6 SUV e-tron; Q6 Sportback e-tron and SQ6 e-tron are related versions
- URL: https://charjin.com/cars/audi/q6-e-tron
- Last checked: 2026-10-18

## Is the Audi Q6 e-tron worth considering?

Independent tests back up its fast charging, with ADAC and NAF both measuring 10–80% in about 20 to 23 minutes. ADAC's measured range was about 12% below the WLTP figure, while Edmunds beat the US EPA figure on its slower mixed route.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 598–641 km | WLTP, Germany, Audi data as of June 2024: 641 km Q6 e-tron performance (rear-wheel drive), 625 km Q6 e-tron quattro, 598 km SQ6 e-tron | Market or version specific | https://www.audi.com/en/the-audi-q6-e-tron-electric-mobility-on-a-new-level-15929/the-facts-15948 |
| Battery | 100 kWh gross, 94.9 kWh net | Same battery listed for quattro, SQ6 and performance versions, Germany | Published reference | https://www.audi.com/en/the-audi-q6-e-tron-electric-mobility-on-a-new-level-15929/the-facts-15948 |
| Rapid charging | Up to 270 kW | 10–80% in about 21 minutes claimed; 11 kW AC | Published reference | https://www.audi.com/en/the-audi-q6-e-tron-electric-mobility-on-a-new-level-15929/the-facts-15948 |
| Efficiency | 15.6–19.3 kWh/100 km | WLTP combined, Q6 SUV e-tron range as listed on audi.com; the page does not say which version gives which figure | Market or version specific | https://www.audi.com/en/audi-q6-e-tron-15442 |

## Independent tests

Summary: 2 of 4 comparable claims hold up; 7 tests from 5 testers; safety 5 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-09) | Range | 565 km | 641 km WLTP | 88% | Close | Q6 e-tron performance, rear-wheel drive, 225 kW, 100 kWh gross / 94.9 kWh net; ADAC Ecotest cycle; range derived from measured consumption including charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/audi/audi-q6-e-tron/ |
| ADAC (2025-09) | Efficiency | 18.3 kWh/100 km |  |  |  | Q6 e-tron performance, rear-wheel drive, 225 kW, 100 kWh gross / 94.9 kWh net; ADAC Ecotest cycle, consumption including charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/audi/audi-q6-e-tron/ |
| ADAC (2025-09) | Rapid charging | 23 min 10–80% | 21 min 10–80% manufacturer claim | 91% | Close | Q6 e-tron performance, rear-wheel drive, 100 kWh gross / 94.9 kWh net; DC fast charging 10–80%, battery preconditioned; peak 276 kW, average 199.8 kW | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/audi/audi-q6-e-tron/ |
| NAF (2025) | Rapid charging | 20 min 10–80% | 21 min 10–80% manufacturer claim | 105% | Beats the claim | Q6 e-tron quattro Tech Plus 2025; DC fast charging 10–80% after at least two hours' driving, battery preheated where possible, Norway; peak 287 kW | https://www.naf.no/bilguiden/bilmodell/audi-q6-e-tron?tab=test |
| Edmunds (2026-08) | Range | 337 mi | 301 mi EPA | 112% | Beats the claim | 2027 Q6 e-tron (trim not stated in the report; EPA figure is for the quattro on 20-inch tyres); Edmunds route, 60% city and 40% highway, average 40 mph, climate on auto at 72 °F, US | https://electrek.co/?p=479421 |
| Euro NCAP (2024-09) | Safety rating | 5 stars |  |  |  | Q6 e-tron quattro, left-hand drive; Euro NCAP 2024 protocols: adult occupant 91%, child occupant 92%, vulnerable road users 81%, safety assist 80% | https://www.euroncap.com/en/results/Audi/Q6 e-tron/52560 |
| NHTSA (2026-10) | Recalls | 3 campaigns |  |  |  | Audi Q6 e-tron, US market; Model year 2025: rear-view camera image (25V225000), camera software (25V226000) and rear seat belt retractor (25V899000); no campaigns listed for model years 2026 or 2027 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=AUDI&model=Q6%20E-TRON&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Audi Q6 e-tron", checked 18 October 2026, https://charjin.com/cars/audi/q6-e-tron

---

# BMW i4

BMW's electric four-door Gran Coupé with a hatchback boot, offered with rear- or four-wheel drive and outputs from 210 to 400 kW.

- Powertrain: Electric
- Body: Liftback
- Seats: 5
- Names and versions: i4 Gran Coupé; versions eDrive35, eDrive40, xDrive40 and M50 xDrive (listed as i4 M60 xDrive for the 2026 US model year)
- URL: https://charjin.com/cars/bmw/i4
- Last checked: 2026-10-18

## Is the BMW i4 worth considering?

ADAC measured 20.5 kWh/100 km and a 450 km Ecotest range for the xDrive40, and NAF's tests of the earlier eDrive40 ranged from 434 km in winter to 584 km in summer. ADAC timed 28 minutes from 10 to 80 per cent, and US buyers should check recall work, as NHTSA lists 11 campaigns for 2022–2024 cars.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 386–600 km | WLTP, BMW Group press release, April 2024, Europe: eDrive35 386–500 km, eDrive40 468–600 km, xDrive40 444–548 km, M50 xDrive 413–522 km. US EPA: 333 miles for the 2026 i4 eDrive40 on 18-inch wheels (fueleconomy.gov). | Market or version specific | https://www.press.bmwgroup.com/global/article/detail/T0441229EN/the-new-bmw-i4-and-the-new-bmw-4-series-gran-coup%C3%A9?language=en |
| Battery | About 81 kWh usable (67 kWh in eDrive35) | BMW's April 2024 release does not state capacity; ADAC lists 81.1 kWh net (83.9 gross) for the xDrive40 and 67.1 kWh for the eDrive35. | Local check needed | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/bmw/bmw-i4/ |
| Rapid charging | Up to 205 kW | Up to 205 kW DC (eDrive35: 180 kW) and 11 kW AC. BMW's release gives no 10–80% time; ADAC quotes BMW's figure as about 30 minutes. | Market or version specific | https://www.press.bmwgroup.com/global/article/detail/T0441229EN/the-new-bmw-i4-and-the-new-bmw-4-series-gran-coup%C3%A9?language=en |
| Efficiency | From 15.1 kWh/100 km | WLTP combined: eDrive35 15.1–19.3, eDrive40 15.4–19.4, xDrive40 16.6–20.5, M50 xDrive 17.5–22.0 kWh/100 km (BMW, April 2024). US EPA: 29 kWh/100 mi for the 2026 eDrive40 on 18-inch wheels. | Market or version specific | https://www.press.bmwgroup.com/global/article/detail/T0441229EN/the-new-bmw-i4-and-the-new-bmw-4-series-gran-coup%C3%A9?language=en |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 7 tests from 4 testers; winter range averaged 77% of the official figure; safety 4 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-10) | Efficiency | 20.5 kWh/100 km | 16.7 kWh/100 km WLTP | 81% | Falls short | BMW i4 xDrive40, 295 kW, four-wheel drive, 81 kWh net; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/bmw/bmw-i4/ |
| ADAC (2025-10) | Rapid charging | 28 min 10–80% |  |  |  | BMW i4 xDrive40 (81 kWh); DC rapid charging, 10–80%, under ideal conditions | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/bmw/bmw-i4/ |
| NAF (2023-02) | Range | 433.8 km | 565 km WLTP | 77% | Cold-weather result | BMW i4 eDrive40 Fully Charged 2022 (pre-facelift); 0 to −19 °C, route from gentle town driving to steep mountain climbs, Norway | https://www.naf.no/bilguiden/bilmodell/bmw-i4?tab=test |
| NAF (2022-06) | Range | 583.6 km | 565 km WLTP | 103% | Beats the claim | BMW i4 eDrive40 Fully Charged 2022 (pre-facelift); 7 to 15 °C, changeable weather with rain on parts of the route, Norway | https://www.naf.no/bilguiden/bilmodell/bmw-i4?tab=test |
| NAF (2022-06) | Rapid charging | 40 min 10–80% | 31 min 10–80% manufacturer claim | 78% | Falls short | BMW i4 eDrive40 2022 (pre-facelift, 80.7 kWh as listed by NAF); Summer, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/bmw-i4?tab=test |
| Euro NCAP (2022) | Safety rating | 4 stars |  |  |  | BMW i4, LHD; Euro NCAP 2022 protocols; adult occupant 87%, child occupant 87%, vulnerable road users 71%, safety assist 64% | https://www.euroncap.com/assessments/bmw/i4/0958/ |
| NHTSA (2026-10) | Recalls | 11 campaigns |  |  |  | BMW i4, US market; Model years 2022–2024: 22V483, 22V541, 22V944, 23V026, 23V118, 23V295, 23V449, 24V135, 24V611, 25V395, 25V470; queries for 2025 and 2026 returned no records | https://api.nhtsa.gov/recalls/recallsByVehicle?make=BMW&model=i4&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BMW i4", checked 18 October 2026, https://charjin.com/cars/bmw/i4

---

# BMW iX1

The electric version of BMW's X1 compact SUV, offered as the front-wheel-drive eDrive20 and the four-wheel-drive xDrive30, both with a battery of about 65 kWh.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Electric version of the BMW X1 (U11); sold as iX1 eDrive20 and iX1 xDrive30
- URL: https://charjin.com/cars/bmw/ix1
- Last checked: 2026-10-18

## Is the BMW iX1 worth considering?

In mild weather the iX1 gets close to its official range: NAF measured 420 km in summer against 428 km WLTP for a 2023 xDrive30, but only 338 km in a Norwegian winter, and ADAC's Ecotest gave 375 km. Charging is steady rather than fast at up to 130 kW, and the tests found cover the earlier xDrive30, not the 2026 eDrive20 with its higher official range.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 434–516 km | WLTP combined, BMW Ireland technical data (marked provisional): 480–516 km for iX1 eDrive20 Sport, 434–468 km for iX1 xDrive30 xLine. BMW UK lists 298–320 miles for the eDrive20. ADAC lists 436 km for the 2022–2026 xDrive30. | Market or version specific | https://www.bmw.ie/en/all-models/bmw-i/ix1/bmw-ix1-technical-data.html |
| Battery | 65.2 kWh | Battery capacity as stated by BMW Ireland and BMW UK for the current iX1 eDrive20; BMW does not say whether this is gross or usable. ADAC lists 66.5 kWh gross and 64.8 kWh net for the 2022–2026 xDrive30. | Market or version specific | https://www.bmw.ie/en/all-models/bmw-i/ix1/bmw-ix1-technical-data.html |
| Rapid charging | Up to 130 kW | 10–80% in 29 minutes claimed for the eDrive20; AC charging at 11 kW, or 22 kW as an option. BMW Ireland technical data. | Published reference | https://www.bmw.ie/en/all-models/bmw-i/ix1/bmw-ix1-technical-data.html |
| Efficiency | From 14.2 kWh/100 km | WLTP combined, BMW Ireland (provisional): 14.2–15.5 kWh/100 km for eDrive20 Sport, 15.6–17 kWh/100 km for xDrive30 xLine. ADAC lists 17.1 kWh/100 km for the 2022–2026 xDrive30. | Market or version specific | https://www.bmw.ie/en/all-models/bmw-i/ix1/bmw-ix1-technical-data.html |

## Independent tests

Summary: 3 of 4 comparable claims hold up; 6 tests from 3 testers; winter range averaged 79% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2023) | Range | 419.6 km | 428 km WLTP | 98% | Holds up | BMW iX1 xDrive30 2023; 15 to 20 °C, route from calm town driving to steep mountain climbs, Norway | https://www.naf.no/bilguiden/bilmodell/bmw-ix1?tab=test |
| NAF (2023) | Range | 337.9 km | 428 km WLTP | 79% | Cold-weather result | BMW iX1 xDrive30 2023; 0 to −19 °C, route from calm town driving to steep mountain climbs, Norway | https://www.naf.no/bilguiden/bilmodell/bmw-ix1?tab=test |
| NAF (2023) | Rapid charging | 28 min 10–80% | 29 min 10–80% manufacturer claim | 104% | Beats the claim | BMW iX1 xDrive30 2023; Summer; car driven warm and battery preconditioned where possible. NAF lists 28 min for 10–80%; its text gives 28 min 54 s for 8–80% | https://www.naf.no/bilguiden/bilmodell/bmw-ix1?tab=test |
| ADAC (2025-01) | Efficiency | 19.9 kWh/100 km | 17.1 kWh/100 km WLTP | 86% | Close | BMW iX1 xDrive30 (built 11/2022 to 01/2026), 230 kW, 64.8 kWh net; ADAC Ecotest cycle; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/bmw/bmw-ix1/ |
| ADAC (2025-01) | Rapid charging | 28 min 10–80% | 29 min 10–80% manufacturer claim | 104% | Beats the claim | BMW iX1 xDrive30, 64.8 kWh net; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/bmw/bmw-ix1/ |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | Tested: BMW X1 sDrive18d X-Line (diesel); rating applies to the electric iX1; Euro NCAP 2022 protocols; adult occupant 86%, child occupant 89%, vulnerable road users 76%, safety assist 92% | https://www.euroncap.com/assessments/bmw/x1/0997/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BMW iX1", checked 18 October 2026, https://charjin.com/cars/bmw/ix1

---

# BYD Atto 2

A small electric crossover with a 45.1 kWh or 64.8 kWh LFP battery and front-wheel drive.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- URL: https://charjin.com/cars/byd/atto-2
- Last checked: 2026-10-18

## Is the BYD Atto 2 worth considering?

With the smaller battery, ADAC measured 20.4 kWh/100 km against 16.0 WLTP, or about 250 km instead of 312 km, and What Car?'s UK test pointed to 174 miles against an official 214. It suits mainly local driving; the 64.8 kWh Comfort charges much faster and has a 430 km WLTP range, but no independent test of that version was found.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 312–430 km | WLTP combined, BYD Europe: 312 km Active and Boost (45.1 kWh), 430 km Comfort (64.8 kWh). What Car? reports a 51.1 kWh Boost for the UK with an official 214 miles; not confirmed on a BYD page. | Market or version specific | https://www.byd.com/material/byd-site/europe-public/brochures/eletric-car/ATTO%202-1125-BPS-EN-LHD-V4.pdf |
| Battery | 45.1 or 64.8 kWh | BYD Blade Battery (LFP); 45.1 kWh Active and Boost, 64.8 kWh Comfort. Usable capacity not stated. | Market or version specific | https://www.byd.com/material/byd-site/europe-public/brochures/eletric-car/ATTO%202-1125-BPS-EN-LHD-V4.pdf |
| Rapid charging | 65 or 155 kW | Active and Boost: 65 kW, 10–80% in 37 minutes claimed. Comfort: 155 kW, 10–80% in 25 minutes claimed. BYD Europe. | Market or version specific | https://www.byd.com/material/byd-site/europe-public/brochures/eletric-car/ATTO%202-1125-BPS-EN-LHD-V4.pdf |
| Efficiency | From 16 kWh/100 km | WLTP combined: 16.0 kWh/100 km Active and Boost, 17.4 kWh/100 km Comfort. BYD Europe. | Market or version specific | https://www.byd.com/material/byd-site/europe-public/brochures/eletric-car/ATTO%202-1125-BPS-EN-LHD-V4.pdf |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 2 tests from 2 testers.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-02) | Efficiency | 20.4 kWh/100 km | 16 kWh/100 km WLTP | 78% | Falls short | BYD Atto 2 Boost, 130 kW (177 PS), 45.1 kWh gross, built 03/25–05/26; ADAC Ecotest cycle, Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-atto-2-test/ |
| What Car? (2025-10) | Range | 174 mi | 214 mi WLTP | 81% | Falls short | BYD Atto 2 Boost, 51.1 kWh (UK); What Car? real-world test route, UK; date, weather and temperature not given | https://www.whatcar.com/byd/atto-2/4x4/review/n27417 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Atto 2", checked 18 October 2026, https://charjin.com/cars/byd/atto-2

---

# BYD Atto 3

A compact electric crossover sold under different names across a wide range of markets.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Yuan Plus
- URL: https://charjin.com/cars/byd/atto-3
- Last checked: 2026-07-28

## Is the BYD Atto 3 worth considering?

Comfortable and easy to understand, with generous equipment. Long-trip buyers should compare its charging speed with newer rivals.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 420 km | WLTP | Market or version specific | https://www.byd.com/eu/electric-cars/atto3 |
| Battery | 60.5 kWh | Capacity and availability can change by version | Market or version specific | https://www.byd.com/eu/electric-cars/atto3 |
| Rapid charging | Up to 88 kW | 30–80% in about 29 minutes claimed | Published reference | https://www.byd.com/eu/electric-cars/atto3 |
| Efficiency | About 16 kWh/100 km | Official figure; testing standard can differ by market | Market or version specific | https://www.byd.com/eu/electric-cars/atto3 |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 4 tests from 2 testers; winter range averaged 74% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2023-02) | Range | 311 km | 420 km WLTP | 74% | Cold-weather result | BYD Atto 3 Comfort 2023 (60.5 kWh); 0 to −19 °C, NAF route from Oslo over mountain roads, Norway | https://www.naf.no/bilguiden/bilmodell/byd-atto-3?tab=test |
| NAF (2023-06) | Range | 364 km | 420 km WLTP | 87% | Close | BYD Atto 3 Comfort 2023 (60.5 kWh); About 15 to 20 °C, same NAF route, Norway | https://www.naf.no/bilguiden/bilmodell/byd-atto-3?tab=test |
| NAF (2023-06) | Rapid charging | 42 min 10–80% |  |  |  | BYD Atto 3 Comfort 2023 (60.48 kWh as listed by NAF); Summer 2023, CCS rapid charger, measured from 7–8% to 80% (not 10–80%) | https://www.naf.no/bilguiden/bilmodell/byd-atto-3?tab=test |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | BYD ATTO 3, LHD; Euro NCAP 2022 protocols; adult occupant 91%, child occupant 89%, vulnerable road users 69%, safety assist 74% | https://www.euroncap.com/assessments/byd/atto-3/0992/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Atto 3", checked 28 July 2026, https://charjin.com/cars/byd/atto-3

---

# BYD Dolphin Surf

A compact, lower-cost EV sold as the Seagull or Dolphin Mini in several markets.

- Powertrain: Electric
- Body: Hatchback
- Seats: 4
- Names and versions: Seagull, Dolphin Mini
- URL: https://charjin.com/cars/byd/dolphin-surf
- Last checked: 2026-07-28

## Is the BYD Dolphin Surf worth considering?

One of the most important affordable EVs to understand. Its name, safety equipment, battery, and charging specification vary substantially by market.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 220–322 km | WLTP, version dependent | Market or version specific | https://www.byd.com/eu/electric-cars/dolphin-surf |
| Battery | 30 or 43.2 kWh | Capacity and availability can change by version | Market or version specific | https://www.byd.com/eu/electric-cars/dolphin-surf |
| Rapid charging | Up to 85 kW | 10–80% in about 30 minutes claimed | Published reference | https://www.byd.com/eu/electric-cars/dolphin-surf |
| Efficiency | From 15.5 kWh/100 km | Official figure; testing standard can differ by market | Market or version specific | https://www.byd.com/eu/electric-cars/dolphin-surf |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 3 tests from 2 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-11) | Efficiency | 19.2 kWh/100 km | 15.6 kWh/100 km WLTP | 81% | Falls short | BYD Dolphin Surf Boost (4 seats), 65 kW, 43.2 kWh; ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-dolphin-surf/ |
| ADAC (2025-11) | Rapid charging | 45 min 10–80% |  |  |  | BYD Dolphin Surf Boost (4 seats), 65 kW, 43.2 kWh; DC rapid charging under ideal conditions, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-dolphin-surf/ |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | BYD DOLPHIN SURF, LHD; Euro NCAP 2025 protocols; adult occupant 82%, child occupant 86%, vulnerable road users 76%, safety assist 77% | https://www.euroncap.com/assessments/byd/dolphin-surf/1209/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Dolphin Surf", checked 28 July 2026, https://charjin.com/cars/byd/dolphin-surf

---

# BYD Seal

A well-equipped electric sedan that pairs BYD's Blade Battery with rear or all-wheel drive.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- URL: https://charjin.com/cars/byd/seal
- Last checked: 2026-07-28

## Is the BYD Seal worth considering?

A compelling Model 3 alternative where the dealer network and software support are strong. Charging speed is good, not class-leading.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 460–570 km | WLTP, version dependent | Market or version specific | https://www.byd.com/eu/electric-cars/seal |
| Battery | 61.4 or 82.5 kWh | Capacity and availability can change by version | Market or version specific | https://www.byd.com/eu/electric-cars/seal |
| Rapid charging | Up to 150 kW | 10–80% in about 37 minutes claimed | Published reference | https://www.byd.com/eu/electric-cars/seal |
| Efficiency | From 16.6 kWh/100 km | Official figure; testing standard can differ by market | Market or version specific | https://www.byd.com/eu/electric-cars/seal |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 2 tests from 2 testers; safety 5 stars, Euro NCAP 2023.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2024-12) | Efficiency | 21.2 kWh/100 km | 16.6 kWh/100 km WLTP | 78% | Falls short | BYD Seal Design, RWD, 230 kW, 82.5 kWh; ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-seal/ |
| Euro NCAP (2023) | Safety rating | 5 stars |  |  |  | BYD SEAL 'Design' 4x2, LHD; Euro NCAP 2023 protocols; adult occupant 89%, child occupant 87%, vulnerable road users 82%, safety assist 76% | https://www.euroncap.com/assessments/byd/seal/1044/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Seal", checked 28 July 2026, https://charjin.com/cars/byd/seal

---

# BYD Seal 6 DM-i

A front-wheel-drive plug-in hybrid saloon, also sold as an estate, with a 1.5-litre petrol engine and a 10.08 kWh or 19 kWh LFP battery.

- Powertrain: Hybrid / PHEV
- Body: Sedan
- Seats: 5
- Names and versions: Seal 6 DM-i saloon and Seal 6 DM-i Touring estate
- URL: https://charjin.com/cars/byd/seal-6-dm-i
- Last checked: 2026-10-18

## Is the BYD Seal 6 DM-i worth considering?

The 19 kWh Comfort is the version to look at, with 65 miles of WLTP electric range in the UK and DC charging, while the Boost has 34 miles and AC charging only. It earned five Euro NCAP stars, but no independent range or fuel test was found, so real-world economy is unconfirmed.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 65 miles electric | WLTP combined, BYD UK saloon specification: 34 miles Boost (10.08 kWh), 65 miles Comfort (19 kWh); combined petrol-electric range 935 and 904 miles. ADAC's catalogue lists 54 km and 101 km as maker data for the German Touring estate. | Market or version specific | https://www.byd.com/material/byd-site/byd-uk/specifications/SEAL%206%20DM-i-1225-BPS-UK-V2-web.pdf |
| Battery | 10.08 or 19 kWh | BYD Blade Battery (LFP); 10.08 kWh Boost, 19 kWh Comfort. BYD UK. | Market or version specific | https://www.byd.com/material/byd-site/byd-uk/specifications/SEAL%206%20DM-i-1225-BPS-UK-V2-web.pdf |
| Rapid charging | Up to 26 kW | Comfort only: DC 26 kW, 30–80% in 23 minutes claimed, AC 6.6 kW. Boost has 3.3 kW AC charging and no DC. BYD UK. | Market or version specific | https://www.byd.com/material/byd-site/byd-uk/specifications/SEAL%206%20DM-i-1225-BPS-UK-V2-web.pdf |
| Efficiency | 122.8–188.3 mpg weighted | WLTP weighted combined, BYD UK saloon: 122.8 mpg Boost, 188.3 mpg Comfort; combined fuel consumption 64.2 and 58.9 mpg; 52 and 34 g/km CO2. | Market or version specific | https://www.byd.com/material/byd-site/byd-uk/specifications/SEAL%206%20DM-i-1225-BPS-UK-V2-web.pdf |

## Independent tests

Summary: no directly comparable claims; 1 tests from 1 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | BYD Seal 6 Comfort Lite, saloon, left-hand drive, 1,797 kg; Euro NCAP 2025 protocols; adult occupant 92%, child occupant 90%, vulnerable road users 84%, safety assist 85% | https://www.euroncap.com/assessments/byd/seal+6/1210/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Seal 6 DM-i", checked 18 October 2026, https://charjin.com/cars/byd/seal-6-dm-i

---

# BYD Seal U DM-i

A generously equipped plug-in hybrid SUV sold under several names, with useful electric range and petrol backup for longer trips.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Names and versions: Sealion 6 DM-i, Song Plus DM-i
- URL: https://charjin.com/cars/byd/seal-u-dm-i
- Last checked: 2026-07-28

## Is the BYD Seal U DM-i worth considering?

One of the strongest equipment-for-money PHEVs to understand. It works best when charged routinely; range, battery size, and even its name vary by market.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 70–125 km electric | WLTP, version dependent | Market or version specific | https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html |
| Battery | 18.3 or 26.6 kWh | Capacity and availability can change by version | Market or version specific | https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html |
| Rapid charging | Up to 18 kW | 30–80% in about 35 minutes claimed | Published reference | https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html |
| Efficiency | 6.4 L/100 km | Official figure; testing standard can differ by market | Market or version specific | https://www.byd.com/eu/hybrid-cars/seal-u-dm-i.html |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 3 tests from 2 testers; safety 5 stars, Euro NCAP 2023.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-02) | Range | 65 km | 70 km WLTP | 93% | Close | BYD Seal U DM-i Design AWD, 18.3 kWh battery; ADAC Ecotest electric cycle from a full battery; air conditioning on, includes a motorway section | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-seal-u/ |
| ADAC (2026-02) | Efficiency | 7.7 L/100 km |  |  |  | BYD Seal U DM-i Design AWD, 18.3 kWh battery; ADAC Ecotest with the battery empty (hybrid mode); with a full battery the first 100 km used 2.7 l petrol plus 17.8 kWh | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-seal-u/ |
| Euro NCAP (2023) | Safety rating | 5 stars |  |  |  | BYD SEAL-U electric, Design, LHD; Euro NCAP 2023 protocols; adult occupant 90%, child occupant 86%, vulnerable road users 83%, safety assist 77% | https://www.euroncap.com/assessments/byd/seal-u/1046/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Seal U DM-i", checked 28 July 2026, https://charjin.com/cars/byd/seal-u-dm-i

---

# BYD Sealion 7

A mid-size electric SUV with an 82.5 kWh or 91.3 kWh LFP battery and rear- or four-wheel drive.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- URL: https://charjin.com/cars/byd/sealion-7
- Last checked: 2026-10-18

## Is the BYD Sealion 7 worth considering?

ADAC measured 24.1 kWh/100 km on the Excellence AWD against 21.9 kWh/100 km WLTP, which works out at about 430 km instead of the official 502 km, and NAF's charging test matched BYD's 24-minute 10–80% claim. The 82.5 kWh versions charge at a lower 150 kW and take a claimed 32 minutes, so check which version you are offered.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 456–502 km | WLTP combined, BYD Europe specification leaflet: 482 km Comfort (RWD, 82.5 kWh), 456 km Design AWD (82.5 kWh), 502 km Excellence AWD (91.3 kWh). | Market or version specific | https://www.byd.com/material/byd-site/eu/pdfs/sealion-7/SEALION%207-1124-BPS-EN-8P-V2-print.pdf |
| Battery | 82.5 or 91.3 kWh | BYD Blade Battery (LFP); 82.5 kWh for Comfort and Design AWD, 91.3 kWh for Excellence AWD. BYD does not state usable capacity. | Market or version specific | https://www.byd.com/material/byd-site/eu/pdfs/sealion-7/SEALION%207-1124-BPS-EN-8P-V2-print.pdf |
| Rapid charging | Up to 230 kW | Excellence AWD: 230 kW, 10–80% in 24 minutes claimed. Comfort and Design AWD: 150 kW, 10–80% in 32 minutes claimed. BYD Europe. | Market or version specific | https://www.byd.com/material/byd-site/eu/pdfs/sealion-7/SEALION%207-1124-BPS-EN-8P-V2-print.pdf |
| Efficiency | From 19.9 kWh/100 km | WLTP combined: 19.9 kWh/100 km Comfort, 21.4 Design AWD, 21.9 Excellence AWD (listed as Wh/km in the BYD Europe leaflet). | Market or version specific | https://www.byd.com/material/byd-site/eu/pdfs/sealion-7/SEALION%207-1124-BPS-EN-8P-V2-print.pdf |

## Independent tests

Summary: 1 of 2 comparable claims hold up; 3 tests from 3 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-02) | Efficiency | 24.1 kWh/100 km | 21.9 kWh/100 km WLTP | 91% | Close | BYD Sealion 7 Excellence AWD, 390 kW (530 PS), 91.3 kWh gross, built from 11/24; ADAC Ecotest cycle, consumption including charging losses, Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/byd/byd-sealion-7-test/ |
| NAF (2025) | Rapid charging | 24.6 min 10–80% | 24 min 10–80% manufacturer claim | 98% | Holds up | BYD Sealion 7 2024, all-wheel drive (NAF lists 502 km WLTP and 230 kW, which matches the Excellence AWD); Summer; car driven warm for at least two hours and battery preconditioned where possible; 10–80%; air temperature not given | https://www.naf.no/bilguiden/bilmodell/byd-sealion-7?tab=test |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | BYD Sealion 7 Comfort (4x2), left-hand drive; Euro NCAP 2025 protocols; adult occupant 87%, child occupant 93%, vulnerable road users 76%, safety assist 79% | https://www.euroncap.com/assessments/byd/sealion+7/1117/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "BYD Sealion 7", checked 18 October 2026, https://charjin.com/cars/byd/sealion-7

---

# Cadillac Lyriq

Cadillac's mid-size electric luxury SUV, built around a 102 kWh battery with rear- or all-wheel drive and a high-performance Lyriq-V version.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Sold as Lyriq and the higher-performance Lyriq-V
- URL: https://charjin.com/cars/cadillac/lyriq
- Last checked: 2026-10-18

## Is the Cadillac Lyriq worth considering?

On Edmunds' mixed route both a 2024 Lyriq and a 2026 Lyriq-V beat their EPA ranges, but Car and Driver's 75 mph motorway test gave the Lyriq-V 260 miles against 285 EPA. Rapid charging is slow for a battery this size at about 40 minutes for 10–80%, and early cars have a long recall list worth checking.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 285–326 miles | EPA, 2026 and 2027 US models on fueleconomy.gov: 326 miles RWD, 303–319 miles AWD depending on onboard charger, 285 miles Lyriq-V. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49631.shtml |
| Battery | 102 kWh | Battery rated energy for the 2026 Lyriq, NCMA cathode, as stated in Cadillac's US press specifications. | Published reference | https://pressroom.cadillac.com/gmbx/us/en/cadillac/pressroom/vehicles.detail.html/content/Pages/vehicle/us/en/cadillac/lyriq/2026.html |
| Rapid charging | Up to 190 kW | 190 kW DC on Cadillac's 2027 US site; Cadillac's 2026 press specifications claim 10–80% in about 40 minutes and up to 86 miles in about 10 minutes for the RWD. | Market or version specific | https://www.cadillac.com/electric/lyriq |
| Efficiency | From 37 kWh/100 mi | EPA combined, 2026 US models: 37 kWh/100 mi RWD, 38–40 AWD, 42 Lyriq-V. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49631.shtml |

## Independent tests

Summary: 2 of 3 comparable claims hold up; 6 tests from 3 testers; safety 5 stars, NHTSA 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 319 mi | 307 mi EPA | 104% | Beats the claim | 2024 Cadillac Lyriq (drivetrain not stated; EPA 307 miles as listed by Edmunds); Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 68 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 320 mi | 285 mi EPA | 112% | Beats the claim | 2026 Cadillac Lyriq-V, AWD; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 76 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Car and Driver (2026) | Range | 260 mi | 285 mi EPA | 91% | Close | 2026 Cadillac Lyriq-V Premium, AWD, 22-inch Continental PremiumContact 6 tyres; 75 mph constant highway, US | https://www.caranddriver.com/cadillac/lyriq |
| Car and Driver (2026) | Rapid charging | 57 min 10–80% |  |  |  | 2026 Cadillac Lyriq-V Premium, AWD; DC fast charging 10–90% (not 10–80%), average 103 kW | https://www.caranddriver.com/cadillac/lyriq |
| NHTSA (2025) | Safety rating | 5 stars |  |  |  | 2025 Cadillac Lyriq SUV AWD and RWD (US); US NCAP: frontal 5 stars, side 5 stars, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/VehicleId/20432 |
| NHTSA (2026-10) | Recalls | 12 campaigns |  |  |  | Cadillac Lyriq, US market; Model years 2023–2026: 22V710, 23V367, 23V682, 23V785, 24V320, 24V589, 25V193, 25V232, 25V356, 25V483, 26V082, 26V114 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=CADILLAC&model=LYRIQ&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Cadillac Lyriq", checked 18 October 2026, https://charjin.com/cars/cadillac/lyriq

---

# Chevrolet Equinox EV

Chevrolet's compact electric SUV, sold in the US with front- or all-wheel drive and an EPA range of up to 319 miles.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- URL: https://charjin.com/cars/chevrolet/equinox-ev
- Last checked: 2026-10-18

## Is the Chevrolet Equinox EV worth considering?

On Edmunds' mixed route a 2025 Equinox EV went 356 miles, 12% beyond its EPA figure, but Car and Driver's 75 mph test gave 260 miles for both a front- and an all-wheel-drive car. It suits buyers who mainly charge at home, since rapid charging peaks at 150 kW and Car and Driver needed 51 minutes for 10–90%.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 288–319 miles | EPA, fueleconomy.gov: 319 miles FWD and 307 miles AWD for 2026 and 2027; 2026 AWD with the 19 kW onboard charger is rated 288 miles. Chevrolet's 2026 press specifications still list 285 miles for AWD. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/50841.shtml |
| Battery | Not published | Chevrolet's 2026 press specifications give the chemistry (NCMA lithium-ion) but no capacity. Car and Driver lists 85.0 kWh for its 2024 test cars. | Local check needed | https://pressroom.chevrolet.com/gmbx/us/en/chevrolet/pressroom/vehicles.detail.html/content/Pages/vehicle/us/en/chevrolet/equinox-ev/2026.html |
| Rapid charging | Up to 150 kW | About 77 miles of range in 10 minutes claimed in the 2026 press specifications; Chevrolet's current US site says up to 80 miles in 10 minutes. No 10–80% time is published. 11.5 kW AC standard. | Published reference | https://pressroom.chevrolet.com/gmbx/us/en/chevrolet/pressroom/vehicles.detail.html/content/Pages/vehicle/us/en/chevrolet/equinox-ev/2026.html |
| Efficiency | From 31 kWh/100 mi | EPA combined: 31 kWh/100 mi FWD, 33 kWh/100 mi AWD (2027); 35 kWh/100 mi for 2026 AWD with the 19 kW charger. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/50841.shtml |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 6 tests from 3 testers; safety 5 stars, NHTSA 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 356 mi | 319 mi EPA | 112% | Beats the claim | 2025 Chevrolet Equinox EV 2LT (EPA 319 miles as listed by Edmunds, so FWD); Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 61 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Car and Driver (2024) | Range | 260 mi | 319 mi EPA | 82% | Falls short | 2024 Chevrolet Equinox EV 3RS FWD, 21-inch Continental CrossContact RX tyres; 75 mph constant highway, US | https://www.caranddriver.com/chevrolet/equinox-ev |
| Car and Driver (2024) | Range | 260 mi | 285 mi EPA | 91% | Close | 2024 Chevrolet Equinox EV 2LT AWD, 19-inch Michelin Primacy All Season tyres; 75 mph constant highway, US; 91 MPGe recorded | https://www.caranddriver.com/chevrolet/equinox-ev |
| Car and Driver (2024) | Rapid charging | 51 min 10–80% |  |  |  | 2024 Chevrolet Equinox EV 3RS FWD; DC fast charging 10–90% (not 10–80%), average 94 kW | https://www.caranddriver.com/chevrolet/equinox-ev |
| NHTSA (2025) | Safety rating | 5 stars |  |  |  | 2025 Chevrolet Equinox EV SUV FWD and AWD (US); US NCAP: frontal 5 stars, side 5 stars, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/VehicleId/20539 |
| NHTSA (2026-10) | Recalls | 7 campaigns |  |  |  | Chevrolet Equinox EV, US market; Model years 2024–2026: 24V737, 24V925, 25V012, 25V639, 25V704, 25V878, 26V114 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=CHEVROLET&model=EQUINOX%20EV&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Chevrolet Equinox EV", checked 18 October 2026, https://charjin.com/cars/chevrolet/equinox-ev

---

# Citroën ë-C3

Citroën's low-priced electric small car, with a 44 kWh Standard Range or 30 kWh Urban Range battery.

- Powertrain: Electric
- Body: Hatchback
- Seats: 5
- Names and versions: Citroën ë-C3 or e-C3; the C3 is the petrol and hybrid version; also ë-C3 Outdoor; not the larger ë-C3 Aircross
- URL: https://charjin.com/cars/citroen/e-c3
- Last checked: 2026-10-18

## Is the Citroën ë-C3 worth considering?

ADAC measured 19.9 kWh/100 km and a 255 km Ecotest range for the 44 kWh car against 322 km WLTP, and What Car? calculated about 155 miles in summer. Rapid charging is slow, at 36 minutes from 10 to 80 per cent in ADAC's test, and no current Euro NCAP rating was found.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 202 miles | WLTP, UK: Standard Range (44 kWh) up to 202 miles, Urban Range (30 kWh) up to 132 miles (the same page also says 130 miles). Citroën UK model page. | Market or version specific | https://www.citroen.co.uk/models/e-c3.html |
| Battery | 30 or 44 kWh | Battery capacities as quoted by Citroën UK; ADAC lists 29.3 and 43.8 kWh net. Both use an 83 kW (113 hp) motor. | Market or version specific | https://www.citroen.co.uk/models/e-c3.html |
| Rapid charging | Up to 100 kW | Standard Range: up to 100 kW DC, 20–80% in about 26 minutes; Urban Range: 20–80% in 36 minutes. Citroën UK. | Market or version specific | https://www.citroen.co.uk/models/e-c3.html |
| Efficiency | 16.7 kWh/100 km | WLTP combined for the 113 Standard Range as listed by ADAC from manufacturer data (16.5 for the Urban Range); Citroën UK's model page gives no consumption figure. | Local check needed | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/citroen/citroen-e-c3/ |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 3 tests from 2 testers.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-05) | Efficiency | 19.9 kWh/100 km | 16.7 kWh/100 km WLTP | 84% | Falls short | Citroën ë-C3 113 Standard Range You, 83 kW, 44 kWh LFP; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/citroen/citroen-e-c3/ |
| ADAC (2026-05) | Rapid charging | 36 min 10–80% |  |  |  | Citroën ë-C3 113 Standard Range You (44 kWh); DC rapid charging, 10–80%, summer temperatures | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/citroen/citroen-e-c3/ |
| What Car? (2025-06) | Range | 155 mi |  |  |  | Citroën e-C3 Max (44 kWh Standard Range); Two-day UK road trip in summer; range calculated from 3.5 mi/kWh average efficiency and the usable battery size | https://www.whatcar.com/news/new-byd-dolphin-surf-versus-citron-e-c3-and-renault-5-video/n27830 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Citroën ë-C3", checked 18 October 2026, https://charjin.com/cars/citroen/e-c3

---

# Ford Mustang Mach-E

Ford's electric mid-size SUV, sold with a standard or extended-range battery, rear- or all-wheel drive, and as the faster GT and Rally.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Sold as Mustang Mach-E (Select, Premium, GT, Rally in the US); listed by NHTSA as Mustang Mach E
- URL: https://charjin.com/cars/ford/mustang-mach-e
- Last checked: 2026-10-18

## Is the Ford Mustang Mach-E worth considering?

Edmunds' tests match the EPA figures closely, with a 2025 Premium AWD at 301 miles against 300, and NAF measured 18% below WLTP on a 2021 extended-range car in mild Norwegian winter weather. Charging is the weak point: Ford quotes about 32 minutes for 10–80%, NAF needed 45 minutes on an early car, and the recall list is long.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 240–320 miles | EPA, 2026 US models on fueleconomy.gov: 260 miles RWD and 240 miles AWD with the standard battery, 320 miles RWD and 300 miles AWD extended range, 280 miles GT, 255 miles Rally. Ford UK quotes up to 382 miles WLTP for the Premium RWD Extended Range. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/50205.shtml |
| Battery | 73 or 88 kWh | Standard-range 73 kWh or extended-range 88 kWh on Ford's 2026 US site; Ford UK describes the standard battery as 72 kWh. Ford does not say whether these are usable figures. | Market or version specific | https://www.ford.com/suvs/mach-e/ |
| Rapid charging | About 32 minutes 10–80% | Ford UK claims 32.3 minutes for 10–80%, based on a Select RWD with the 72 kWh standard battery at 23 °C. Neither the Ford UK nor the Ford US page checked gives a peak kW figure. | Market or version specific | https://www.ford.co.uk/cars/mustang-mach-e |
| Efficiency | From 31 kWh/100 mi | EPA combined, 2026 US models: 31 kWh/100 mi for RWD versions, 32–34 for AWD, 37 for GT and 40 for Rally. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/50205.shtml |

## Independent tests

Summary: 2 of 3 comparable claims hold up; 8 tests from 4 testers; winter range averaged 91% of the official figure; safety 5 stars, Euro NCAP 2021.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 301 mi | 300 mi EPA | 100% | Holds up | 2025 Ford Mustang Mach-E Premium AWD (extended range, EPA 300 miles); Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 74 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 281 mi | 280 mi EPA | 100% | Holds up | 2024 Ford Mustang Mach-E GT Performance; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 76 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| NAF (2021) | Range | 502.5 km | 610 km WLTP | 82% | Cold-weather result | Ford Mustang Mach-E Long Range RWD 2021; +7 to −2 °C, route from calm town driving to steep mountain climbs, Norway | https://www.naf.no/bilguiden/bilmodell/ford-mustang-mach-e?tab=test |
| NAF (2022) | Range | 436.6 km | 500 km WLTP | 87% | Close | Ford Mustang Mach-E GT Long Range AWD 2022; 7 to 15 °C with rain during parts of the test, Norway | https://www.naf.no/bilguiden/bilmodell/ford-mustang-mach-e?tab=test |
| NAF (2021) | Rapid charging | 45 min 10–80% | 45 min 10–80% manufacturer claim | 100% | Cold-weather result | Ford Mustang Mach-E Long Range AWD 2021 (88 kWh net as listed by NAF); Winter; car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/ford-mustang-mach-e?tab=test |
| Euro NCAP (2021) | Safety rating | 5 stars |  |  |  | Ford Mustang Mach-E Titanium, left-hand drive; Euro NCAP 2021 protocols; adult occupant 92%, child occupant 86%, vulnerable road users 69%, safety assist 82% | https://www.euroncap.com/assessments/ford/mustang+mach-e/0884/ |
| NHTSA (2025) | Safety rating | 5 stars |  |  |  | 2025 Ford Mustang Mach-E SUV RWD and AWD (US); US NCAP: frontal 4 stars, side 5 stars, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/VehicleId/20341 |
| NHTSA (2026-10) | Recalls | 22 campaigns |  |  |  | Ford Mustang Mach-E, US market; Model years 2021–2026: 21V140, 21V711, 21V712, 21V979, 22V333, 22V412, 22V646, 23V687, 24V594, 24V777, 25V130, 25V315, 25V394, 25V404, 25V441, 25V513, 25V519, 25V863, 25V885, 26V417, 26V487, 26V582 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=FORD&model=MUSTANG%20MACH%20E&modelYear=2021 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Ford Mustang Mach-E", checked 18 October 2026, https://charjin.com/cars/ford/mustang-mach-e

---

# Honda CR-V Hybrid

A spacious mainstream SUV offered with self-charging and plug-in hybrid systems depending on market.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: CR-V e:HEV, CR-V e:PHEV
- URL: https://charjin.com/cars/honda/cr-v-hybrid
- Last checked: 2026-07-28

## Is the Honda CR-V Hybrid worth considering?

A practical hybrid for family use. Buyers need to separate e:HEV and e:PHEV specifications because their ownership patterns are very different.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Market dependent | Electric range applies to PHEV only | Local check needed | https://global.honda/en/tech/two_motor_hybrid_system_honda_eHEV/ |
| Battery | Varies by powertrain | Capacity and availability can change by version | Local check needed | https://global.honda/en/tech/two_motor_hybrid_system_honda_eHEV/ |
| Rapid charging | Not generally supported | AC charging for PHEV versions | Market or version specific | https://global.honda/en/tech/two_motor_hybrid_system_honda_eHEV/ |
| Efficiency | Testing standard dependent | Official figure; testing standard can differ by market | Local check needed | https://global.honda/en/tech/two_motor_hybrid_system_honda_eHEV/ |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 5 tests from 3 testers; safety 4 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-06) | Efficiency | 7.4 L/100 km | 6.7 L/100 km WLTP | 91% | Close | Honda CR-V 2.0 i-MMD e:HEV Advance AWD, e-CVT; ADAC Ecotest cycle: air conditioning on, includes a motorway section | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/honda/honda-cr-v/ |
| ADAC (2025-06) | Range | 68 km | 82 km WLTP | 83% | Falls short | Honda CR-V 2.0 i-MMD e:PHEV Advance Tech 2WD, 17.7 kWh battery; ADAC Ecotest electric cycle from a full battery; electric consumption 23.5 kWh/100 km including charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/honda/honda-cr-v/ |
| Euro NCAP (2024) | Safety rating | 4 stars |  |  |  | Honda CR-V 2.0 Hybrid 'Elegance/Executive', LHD; Euro NCAP 2024 protocols; adult occupant 85%, child occupant 86%, vulnerable road users 76%, safety assist 67% | https://www.euroncap.com/assessments/honda/cr-v/1050/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Honda CR-V Hybrid, FWD and AWD, US market; NHTSA New Car Assessment Program; frontal 4, side 5, rollover 4 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Honda/model/CR-V%20HYBRID%20HEV |
| NHTSA (2026-10) | Recalls | 7 campaigns |  |  |  | Honda CR-V Hybrid, US market; Model years 2023–2026: 23V588000 (CVT), 24V744000 (steering), 24V745000 (high-voltage battery modules, 2023 only), 24V763000 (fuel pump), 25V378000 (fuel feed hose, 2025 only), 26V366000 and 26V663000 (tyre repair kit; 26V663000 filed October 2026) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=HONDA&model=CR-V%20HYBRID&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Honda CR-V Hybrid", checked 28 July 2026, https://charjin.com/cars/honda/cr-v-hybrid

---

# Hyundai Inster

Hyundai's small electric city car with a 42 kWh or 49 kWh battery, four seats and a flexible interior.

- Powertrain: Electric
- Body: Hatchback
- Seats: 4
- Names and versions: Inster Cross is a version with rugged styling
- URL: https://charjin.com/cars/hyundai/inster
- Last checked: 2026-10-18

## Is the Hyundai Inster worth considering?

Good range for a car this size: NAF covered 373 km in summer, beating the 360 km WLTP figure, and ADAC measured a frugal 15.9 kWh/100 km. Winter is the weak point, with NAF recording 256 km in temperatures down to −31 °C, and charging at up to 85 kW takes 30–35 minutes from 10–80%.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 327–370 km | WLTP, Hyundai Germany: 327 km for the 42 kWh Select, up to 370 km for the 49 kWh Prime on 15-inch alloys, 360 km for Inster Cross. | Market or version specific | https://www.hyundai.com/de/de/modelle/inster.html |
| Battery | 42 or 49 kWh | Hyundai Germany and UK list 42 kWh and 49 kWh batteries. Usable capacity is not stated. | Published reference | https://www.hyundai.com/de/de/modelle/inster.html |
| Rapid charging | 10–80% in about 30 minutes | Hyundai Germany claims about 30 minutes at a DC charger of at least 350 kW; no peak power is given on the page. ADAC quotes Hyundai's figures as 85 kW for the 49 kWh battery and 73 kW for the 42 kWh battery. | Market or version specific | https://www.hyundai.com/de/de/modelle/inster.html |
| Efficiency | 14.3–15.1 kWh/100 km | WLTP combined, Hyundai Germany: 14.3 kWh/100 km for the 42 kWh Select, 14.9 for the 49 kWh Prime on 15-inch alloys, 15.1 for Inster Cross and Lounge. | Market or version specific | https://www.hyundai.com/de/de/modelle/inster.html |

## Independent tests

Summary: 2 of 4 comparable claims hold up; 6 tests from 3 testers; winter range averaged 71% of the official figure; safety 4 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2026-01) | Range | 256 km | 360 km WLTP | 71% | Cold-weather result | Hyundai Inster Cross, 49 kWh; −8 to −31 °C, colder with altitude, dry roads, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-inster?tab=test |
| NAF (2026-06) | Range | 373 km | 360 km WLTP | 104% | Beats the claim | Hyundai Inster Cross, 49 kWh; NAF summer route from Oslo into the mountains, Norway; forecasts along the route of 10 to 24 °C | https://www.naf.no/bilguiden/bilmodell/hyundai-inster?tab=test |
| NAF (2026-06) | Rapid charging | 35 min 10–80% | 30 min 10–80% manufacturer claim | 86% | Close | Hyundai Inster Cross, 49 kWh; Summer, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/hyundai-inster?tab=test |
| ADAC (2025-08) | Efficiency | 15.9 kWh/100 km | 14.3 kWh/100 km WLTP | 90% | Close | Hyundai Inster (42 kWh) Select, 71 kW; ADAC Ecotest cycle including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-inster/ |
| ADAC (2025-08) | Rapid charging | 31 min 10–80% | 30 min 10–80% manufacturer claim | 97% | Holds up | Hyundai Inster (42 kWh) Select; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-inster/ |
| Euro NCAP (2025) | Safety rating | 4 stars |  |  |  | Hyundai Inster, 85.4 kW; Euro NCAP 2025 protocols; adult occupant 70%, child occupant 81%, vulnerable road users 70%, safety assist 67% | https://www.euroncap.com/assessments/hyundai/inster/1200/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Hyundai Inster", checked 18 October 2026, https://charjin.com/cars/hyundai/inster

---

# Hyundai Ioniq 5

A spacious electric crossover built around an 800-volt platform and very rapid charging.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: IONIQ 5
- URL: https://charjin.com/cars/hyundai/ioniq-5
- Last checked: 2026-07-28

## Is the Hyundai Ioniq 5 worth considering?

A standout choice for fast charging and cabin space. Efficiency, rear visibility, and market-specific battery options deserve attention.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 570 km | WLTP, version dependent | Market or version specific | https://www.hyundai.com/worldwide/en/eco/ioniq5/highlights |
| Battery | Up to 84 kWh | Capacity and availability can change by version | Market or version specific | https://www.hyundai.com/worldwide/en/eco/ioniq5/highlights |
| Rapid charging | Up to 260 kW | 10–80% in about 18 minutes claimed | Published reference | https://www.hyundai.com/worldwide/en/eco/ioniq5/highlights |
| Efficiency | From 15.6 kWh/100 km | Official figure; testing standard can differ by market | Market or version specific | https://www.hyundai.com/worldwide/en/eco/ioniq5/highlights |

## Independent tests

Summary: 2 of 3 comparable claims hold up; 8 tests from 5 testers; winter range averaged 86% of the official figure; safety 5 stars, Euro NCAP 2021.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-01) | Range | 440 km | 546 km WLTP | 81% | Cold-weather result | Hyundai IONIQ 5 LR AWD Premium 2024 (84 kWh), Nokian Hakkapeliitta R5 SUV 235/55 R19; −6 to +8 °C, freezing rain and a 45–60 minute stop on the Lunner to Lygna section, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-5?tab=test |
| NAF (2025-01) | Rapid charging | 20 min 10–80% | 18 min 10–80% manufacturer claim | 90% | Cold-weather result | Hyundai IONIQ 5 LR AWD Premium 2024 (battery listed by NAF as 80 kWh); Winter, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-5?tab=test |
| ADAC (2025-08) | Efficiency | 18.7 kWh/100 km | 16 kWh/100 km WLTP | 86% | Close | Hyundai IONIQ 5 (84 kWh) UNIQ 2WD, 168 kW; ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-ioniq-5/ |
| Edmunds (2026-09) | Range | 282 mi | 269 mi EPA | 105% | Beats the claim | 2025 Hyundai Ioniq 5 Limited Dual-Motor (AWD, 20-inch wheels), US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 69°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 290 mi | 259 mi EPA | 112% | Beats the claim | 2025 Hyundai Ioniq 5 XRT (AWD), US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 59°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2021) | Safety rating | 5 stars |  |  |  | Hyundai IONIQ 5 GL, 160 kW, Long Range, LHD; Euro NCAP 2021 protocols; adult occupant 88%, child occupant 86%, vulnerable road users 63%, safety assist 88% | https://www.euroncap.com/assessments/hyundai/ioniq-5/0893/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Hyundai Ioniq 5, RWD and AWD, US market; NHTSA New Car Assessment Program; frontal 4, side 5, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Hyundai/model/IONIQ%205%20BEV |
| NHTSA (2026-10) | Recalls | 10 campaigns |  |  |  | Hyundai Ioniq 5, US market; Model years 2025–2026: 25V064000 (rear floor wiring), 25V065000 and 25V235000 (Ioniq 5 N braking software), 25V373000 (headlight aim label), 25V482000 and 26V068000 (high-voltage battery bus bar), 25V605000 and 26V314000 (rear suspension fasteners), 25V797000 (front seat belt retractors), 26V047000 (instrument cluster) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=HYUNDAI&model=IONIQ%205&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Hyundai Ioniq 5", checked 28 July 2026, https://charjin.com/cars/hyundai/ioniq-5

---

# Hyundai Ioniq 6

Hyundai's streamlined electric saloon with an 800-volt system, offered with a 63 kWh or 84 kWh battery and facelifted in 2025.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- Names and versions: Also written IONIQ 6; the facelifted range adds an N Line trim
- URL: https://charjin.com/cars/hyundai/ioniq-6
- Last checked: 2026-10-18

## Is the Hyundai Ioniq 6 worth considering?

One of the most efficient electric cars tested: ADAC measured 17.0 kWh/100 km on the facelifted 84 kWh rear-wheel-drive car, giving 532 km against 680 km WLTP, and charged it from 10–80% in Hyundai's claimed 18 minutes. Cold weather is the caveat, as NAF's winter test of the earlier car took 34 minutes to charge and covered 468 km against 614 km WLTP.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 521–680 km | WLTP, Hyundai Germany: 521 km for 63 kWh RWD, up to 680 km for 84 kWh RWD on 18-inch wheels; the 239 kW dual-motor version is listed at 570 km. US EPA (fueleconomy.gov): 361 miles for the 2024 Long Range RWD on 18-inch wheels. | Market or version specific | https://www.hyundai.com/de/de/modelle/ioniq-6.html |
| Battery | 63 or 84 kWh | Hyundai Germany lists 63.0 and 84.0 kWh for the facelifted car; the long-range battery of earlier cars was 77.4 kWh. Usable capacity is not stated. | Market or version specific | https://www.hyundai.com/de/de/modelle/ioniq-6.html |
| Rapid charging | 10–80% in about 18 minutes | Hyundai Germany claims about 18 minutes on 350–400 kW chargers; the page does not state a peak power. ADAC quotes Hyundai's figure as 260 kW and measured up to 265 kW. | Market or version specific | https://www.hyundai.com/de/de/modelle/ioniq-6.html |
| Efficiency | From 13.4 kWh/100 km | WLTP combined, Hyundai Germany: 13.4 kWh/100 km for 63 kWh RWD, 13.5 for 84 kWh RWD on 18-inch wheels, 15.9 for the 239 kW version. | Market or version specific | https://www.hyundai.com/de/de/modelle/ioniq-6.html |

## Independent tests

Summary: 2 of 5 comparable claims hold up; 9 tests from 5 testers; winter range averaged 65% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-01) | Range | 467.8 km | 614 km WLTP | 76% | Cold-weather result | Hyundai Ioniq 6 Long Range RWD Premium 2023, 77.4 kWh, Continental VikingContact 7 225/55 R18; −2 to −10 °C, windy as a storm approached, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-6?tab=test |
| NAF (2023-06) | Range | 566.9 km | 614 km WLTP | 92% | Close | Hyundai Ioniq 6 Long Range RWD Premium 2023, 77.4 kWh, 225/55 R18; 15 to 20 °C, town driving and mountain climbs, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-6?tab=test |
| NAF (2024-01) | Rapid charging | 34 min 10–80% | 18 min 10–80% manufacturer claim | 53% | Cold-weather result | Hyundai Ioniq 6 Long Range RWD Premium 2023, 77.4 kWh; Just below 0 °C at the charger, 10–80%; NAF repeated the test a week later and published the second run | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-6?tab=test |
| NAF (2023-06) | Rapid charging | 19 min 10–80% | 18 min 10–80% manufacturer claim | 95% | Close | Hyundai Ioniq 6 Long Range RWD Premium 2023, 77.4 kWh; Summer, car driven warm before charging; NAF lists 19 minutes for 10–80% | https://www.naf.no/bilguiden/bilmodell/hyundai-ioniq-6?tab=test |
| ADAC (2026-08) | Efficiency | 17 kWh/100 km | 13.5 kWh/100 km WLTP | 79% | Falls short | Hyundai Ioniq 6 (84 kWh) Centriq, 168 kW, rear-wheel drive (from 01/26); ADAC test cycle, mixed driving including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-ioniq-6/ |
| ADAC (2026-08) | Rapid charging | 18 min 10–80% | 18 min 10–80% manufacturer claim | 100% | Holds up | Hyundai Ioniq 6 (84 kWh) Centriq, rear-wheel drive; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-ioniq-6/ |
| Edmunds (2026-09) | Range | 343 mi | 361 mi EPA | 95% | Holds up | 2024 Hyundai Ioniq 6 Limited RWD (77.4 kWh, US market); Edmunds route, about 60% city and 40% highway, 69 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | Hyundai Ioniq 6 Long Range RWD, 77.4 kWh, 168 kW, LHD; Euro NCAP 2022 protocols; adult occupant 97%, child occupant 87%, vulnerable road users 66%, safety assist 90% | https://www.euroncap.com/assessments/hyundai/ioniq-6/0952/ |
| NHTSA (2026-10) | Recalls | 3 campaigns |  |  |  | Hyundai Ioniq 6, US market; Model years 2025 and 2026: 24V868 (charging control unit), 25V606 (charging port door may detach), 26V218 (front seat belt anchors), all affecting 2025 and earlier cars; none listed for 2026 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=HYUNDAI&model=IONIQ%206&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Hyundai Ioniq 6", checked 18 October 2026, https://charjin.com/cars/hyundai/ioniq-6

---

# Hyundai Kona Electric

Hyundai's small electric SUV, now in its second generation, with a 49 kWh or 65 kWh battery and front-wheel drive.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Kona Elektro in Germany; Kona Electric in the UK and US
- URL: https://charjin.com/cars/hyundai/kona-electric
- Last checked: 2026-10-18

## Is the Hyundai Kona Electric worth considering?

Range is respectable for the class but well short of WLTP: ADAC measured 410 km against 513 km, and NAF's 2024 winter test on 19-inch wheels managed 341 km against 454 km. Charging is slow by current standards, at 37–39 minutes from 10–80% in NAF and ADAC tests.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 380–510 km | WLTP, Hyundai Germany: 380 km for the 49 kWh Select, up to 510 km for the 65 kWh 150 kW version on 17-inch wheels; N Line X 458 km. US EPA (fueleconomy.gov, 2025): 230 miles on 19-inch wheels, 261 miles on 17-inch. | Market or version specific | https://www.hyundai.com/de/de/modelle/kona-elektro.html |
| Battery | 49 or 65 kWh | Hyundai Germany lists 49 kWh and 65 kWh; ADAC and NAF give the larger pack as 65.4 kWh. Usable capacity is not stated. | Market or version specific | https://www.hyundai.com/de/de/modelle/kona-elektro.html |
| Rapid charging | 10–80% in about 38.5 minutes | Hyundai Germany claims about 38.5 minutes at a 350 kW charger without saying which battery; no peak power is given on the page. ADAC lists 102 kW DC for the 65.4 kWh car. | Local check needed | https://www.hyundai.com/de/de/modelle/kona-elektro.html |
| Efficiency | 14.6–16.2 kWh/100 km | WLTP combined, Hyundai Germany: 14.6 kWh/100 km for the 49 kWh Select, 14.7 for the 65 kWh 150 kW on 17-inch wheels, 16.2 for N Line X. | Market or version specific | https://www.hyundai.com/de/de/modelle/kona-elektro.html |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 8 tests from 5 testers; winter range averaged 93% of the official figure; safety 4 stars, Euro NCAP 2023.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-01) | Range | 341.3 km | 454 km WLTP | 75% | Cold-weather result | Hyundai Kona Electric Premium LR 2024, 65.4 kWh, Continental VikingContact 7 235/45 R19; −2 to −10 °C, windy as a storm approached, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-kona-electric?tab=test |
| NAF (2024-06) | Range | 425 km | 473 km WLTP | 90% | Close | Hyundai Kona Electric with 65.4 kWh battery on 215/60 R17 tyres (NAF's variant label reads Premium LR 2023); NAF summer route from Oslo into the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/hyundai-kona-electric?tab=test |
| NAF (2024-01) | Rapid charging | 37 min 10–80% | 41 min 10–80% manufacturer claim | 111% | Cold-weather result | Hyundai Kona Electric Premium LR 2024, 65.4 kWh; Winter, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/hyundai-kona-electric?tab=test |
| ADAC (2024-05) | Efficiency | 18.8 kWh/100 km | 14.8 kWh/100 km WLTP | 79% | Falls short | Hyundai Kona Elektro (65.4 kWh) Prime-Paket, 160 kW; ADAC Ecotest cycle including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-kona-elektro/ |
| ADAC (2024-05) | Rapid charging | 39 min 10–80% |  |  |  | Hyundai Kona Elektro (65.4 kWh) Prime-Paket; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/hyundai-kona-elektro/ |
| Edmunds (2026-09) | Range | 264 mi | 261 mi EPA | 101% | Holds up | 2025 Hyundai Kona Electric Limited (US market); Edmunds route, about 60% city and 40% highway, 60 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2023) | Safety rating | 4 stars |  |  |  | Hyundai Kona GLS Electric, standard range, LHD; Euro NCAP 2023 protocols; adult occupant 80%, child occupant 83%, vulnerable road users 64%, safety assist 60% | https://www.euroncap.com/assessments/hyundai/kona/1051/ |
| NHTSA (2026-10) | Recalls | 1 campaigns |  |  |  | Hyundai Kona Electric, US market; Model years 2024–2026: 26V452 (rear centre seat belt buckle, 2024–2025) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=HYUNDAI&model=KONA%20ELECTRIC&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Hyundai Kona Electric", checked 18 October 2026, https://charjin.com/cars/hyundai/kona-electric

---

# Hyundai Tucson Hybrid

A self-charging hybrid family SUV with a 1.6-litre turbo petrol engine, an electric motor and a small 1.5 kWh battery.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: Tucson Self-charging Hybrid (UK), Tucson HEV, Tucson 1.6 T-GDI Hybrid
- URL: https://charjin.com/cars/hyundai/tucson-hybrid
- Last checked: 2026-10-18

## Is the Hyundai Tucson Hybrid worth considering?

ADAC measured 6.4 L/100 km against 5.9 L/100 km WLTP on the earlier 230 PS car, so expect a little more than the official 5.6–5.8 L/100 km of the current model. It needs no charging and carries a five-star Euro NCAP rating, but Hyundai revealed an all-new Tucson in October 2026, so check which generation you are buying.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Not a plug-in | Self-charging hybrid; no electric range figure | Published reference | https://dmassets.hyundai.com/is/content/hyundaiautoever/TUCSON_Tech_Specpdf |
| Battery | 1.5 kWh | Gross, lithium-ion polymer, as listed in ADAC's catalogue (maker data) for the Tucson 1.6 T-GDI HEV built from 09/25; ADAC's 2021 test gives 1.49 kWh. Hyundai UK's spec sheet names the battery type but not its capacity. | Market or version specific | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/hyundai/tucson/3generation-facelift/344983/ |
| Rapid charging | No charging socket | Self-charging hybrid; ADAC notes there is no external charging socket and the battery is charged by the motor acting as a generator. | Published reference | https://assets.adac.de/image/upload/Autodatenbank/Autotest/AT6097_Hyundai_Tucson_1_6_T_GDI_Hybrid_Prime_Automatik/Hyundai_Tucson_1_6_T_GDI_Hybrid_Prime_Automatik.pdf |
| Efficiency | 5.6–5.8 L/100 km | WLTP combined, Hyundai UK MY27 spec sheet (October 2026), 1.6T 239 PS Hybrid 6AT: 50.4 mpg (5.6 L/100 km) for Element on 17-inch wheels, 49.6 mpg (5.7) for Black Line, 48.7 mpg (5.8) for N Line Edition, N Line S and Ultimate; 126–132 g/km CO2. US EPA 2026 Tucson Hybrid AWD: 36 mpg combined (38 mpg Blue). | Market or version specific | https://dmassets.hyundai.com/is/content/hyundaiautoever/TUCSON_Tech_Specpdf |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 3 tests from 3 testers; safety 5 stars, Euro NCAP 2021.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2021-03) | Efficiency | 6.4 L/100 km | 5.9 L/100 km WLTP | 92% | Close | Hyundai Tucson 1.6 T-GDI Hybrid Prime Automatik, 169 kW (230 PS), front-wheel drive, 1.49 kWh, press car first registered 12/2020; ADAC Ecotest cycle, Germany | https://assets.adac.de/image/upload/Autodatenbank/Autotest/AT6097_Hyundai_Tucson_1_6_T_GDI_Hybrid_Prime_Automatik/Hyundai_Tucson_1_6_T_GDI_Hybrid_Prime_Automatik.pdf |
| Euro NCAP (2021) | Safety rating | 5 stars |  |  |  | Hyundai Tucson 1.6 T-GDI HEV (4x4 tested), left-hand drive; Euro NCAP 2021 protocols; adult occupant 86%, child occupant 87%, vulnerable road users 66%, safety assist 70% | https://www.euroncap.com/assessments/hyundai/tucson/0895/ |
| NHTSA (2026-10) | Recalls | 4 campaigns |  |  |  | Hyundai Tucson Hybrid (US market); Model years 2025–2026: 26V047 and 26V400 (instrument panel display software), 26V254 (side-impact air bag sensors, 2026 only), 26V316 (automatic emergency braking camera software) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=HYUNDAI&model=TUCSON%20HYBRID&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Hyundai Tucson Hybrid", checked 18 October 2026, https://charjin.com/cars/hyundai/tucson-hybrid

---

# Jaecoo 7 SHS

A front-wheel-drive plug-in hybrid SUV with a 1.5-litre turbo petrol engine, an 18.3–18.4 kWh battery and DC charging.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: Jaecoo 7 SHS-P (UK), Jaecoo 7 PHEV and 7 1.5 TGDI PHEV (Euro NCAP, Germany); a self-charging Jaecoo 7 SHS-H is sold separately
- URL: https://charjin.com/cars/jaecoo/7-shs
- Last checked: 2026-10-18

## Is the Jaecoo 7 SHS worth considering?

Jaecoo quotes 56 miles of WLTP electric range and DC charging from 30 to 80% in 20 minutes, which is more than many plug-in hybrids offer. The only independent result found is a five-star Euro NCAP rating; no independent range or fuel test could be read, so real-world economy is unconfirmed.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 56 miles electric | WLTP, Jaecoo UK, SHS-P plug-in hybrid (Luxury and Black Luxury). ADAC's catalogue lists 90 km as maker data for the German 1.5 TGDI PHEV from 01/26. | Market or version specific | https://jaecoo.co.uk/jaecoo-7/ |
| Battery | 18.3–18.4 kWh | SHS-P plug-in hybrid, Jaecoo UK. The SHS-H self-charging hybrid has a 1.83 kWh battery. | Published reference | https://jaecoo.co.uk/jaecoo-7/ |
| Rapid charging | Up to 40 kW | DC, 30–80% in 20 minutes claimed; AC 6.6 kW, 25–100% in 2.7 hours. Jaecoo UK. | Published reference | https://jaecoo.co.uk/jaecoo-7/ |
| Efficiency | 47.1 mpg combined (as listed) | Jaecoo UK lists 47.1 mpg WLTP combined alongside 23 g/km CO2 without saying which is weighted; its mpg phase figures (88.3 low to 36.2 extra-high) look like battery-empty running. ADAC's catalogue (Germany, maker data) lists 2.4 L/100 km and 15.1 kWh/100 km weighted, and 6.0 L/100 km with the battery empty. | Local check needed | https://jaecoo.co.uk/jaecoo-7/ |

## Independent tests

Summary: no directly comparable claims; 1 tests from 1 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Jaecoo 7 Exclusive, Plug-in Hybrid, 4x2, left-hand drive; Euro NCAP 2025 protocols; adult occupant 81%, child occupant 80%, vulnerable road users 80%, safety assist 80% | https://www.euroncap.com/assessments/jaecoo/7/1097/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Jaecoo 7 SHS", checked 18 October 2026, https://charjin.com/cars/jaecoo/7-shs

---

# Kia EV3

A compact electric crossover focused on usable range, interior space, and mainstream pricing.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- URL: https://charjin.com/cars/kia/ev3
- Last checked: 2026-07-28

## Is the Kia EV3 worth considering?

A smart compact-family choice with strong range. Confirm charging performance and heat-pump availability for the version sold locally.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 605 km | WLTP, 81.4 kWh, RWD, 17-inch wheels, Ireland; 436 km for the 58.3 kWh Standard Range. The old worldwide.kia.com/int/ev3 link now redirects to a general EV line-up page | Market or version specific | https://www.kia.com/ie/new-cars/ev3/discover/ |
| Battery | 58.3 or 81.4 kWh | Standard Range and Long Range, Ireland | Market or version specific | https://www.kia.com/ie/new-cars/ev3/discover/ |
| Rapid charging | 10–80% in about 31 minutes | Kia Ireland's claim; it does not state a peak kW figure, so the 128 kW in cars.json is not confirmed on this page | Published reference | https://www.kia.com/ie/new-cars/ev3/discover/ |
| Efficiency | From 14.9 kWh/100 km | WLTP combined 14.9–16.2 kWh/100 km, Ireland | Market or version specific | https://www.kia.com/ie/new-cars/ev3/discover/ |

## Independent tests

Summary: 1 of 2 comparable claims hold up; 6 tests from 3 testers; winter range averaged 93% of the official figure; safety 4 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-01) | Range | 504 km | 590 km WLTP | 85% | Cold-weather result | Kia EV3 Exclusive Plus (81.4 kWh), Nokian Hakkapeliitta R5 EV 215/50 R19; −6 to +8 °C, freezing rain and a 45–60 minute stop on the Lunner to Lygna section, Norway | https://www.naf.no/bilguiden/bilmodell/kia-ev3?tab=test |
| NAF (2025-06) | Range | 573.5 km | 590 km WLTP | 97% | Holds up | Kia EV3 Exclusive Plus (81.4 kWh), 215/50 R19 tyres; 6 to 17 °C with light rain and heavy showers on the mountain, Norway | https://www.naf.no/bilguiden/bilmodell/kia-ev3?tab=test |
| NAF (2025-01) | Rapid charging | 31 min 10–80% | 31 min 10–80% manufacturer claim | 100% | Cold-weather result | Kia EV3 Exclusive Plus (81.4 kWh); Winter, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/kia-ev3?tab=test |
| ADAC (2025-07) | Efficiency | 17.1 kWh/100 km | 14.9 kWh/100 km WLTP | 87% | Close | Kia EV3 Earth, 150 kW, 58.3 kWh; ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev3/ |
| ADAC (2025-07) | Rapid charging | 29 min 10–80% |  |  |  | Kia EV3 Earth, 58.3 kWh; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev3/ |
| Euro NCAP (2025) | Safety rating | 4 stars |  |  |  | KIA EV3, 150 kW, 4x2, LHD (58.3 kWh); Euro NCAP 2025 protocols; adult occupant 83%, child occupant 84%, vulnerable road users 77%, safety assist 67% | https://www.euroncap.com/assessments/kia/ev3/1111/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Kia EV3", checked 28 July 2026, https://charjin.com/cars/kia/ev3

---

# Kia EV5

A family-sized electric SUV from Kia, sold in Europe with an 81.4 kWh battery and front-wheel drive.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- URL: https://charjin.com/cars/kia/ev5
- Last checked: 2026-10-18

## Is the Kia EV5 worth considering?

The range claim holds at moderate speeds, with NAF covering 509 km in summer against 520 km WLTP, and NAF's charging test matched Kia's 30-minute claim. At motorway speeds it is thirsty: ADAC's mixed cycle used 23.9 kWh/100 km and gave 371 km against 505 km WLTP.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 505–530 km | WLTP, front-wheel drive with 81.4 kWh battery, Kia Ireland: up to 530 km on 18-inch wheels, 520 km for Earth on 19-inch, 505 km for GT-Line on 19-inch. | Market or version specific | https://www.kia.com/ie/new-cars/ev5/ |
| Battery | 81.4 kWh | Kia Ireland, Germany and UK list the 81.4 kWh battery for the European EV5. Usable capacity is not stated; NAF lists 78 kWh net for its test car. | Market or version specific | https://www.kia.com/ie/new-cars/ev5/ |
| Rapid charging | Up to 150 kW | 10–80% in about 30 minutes claimed, on a charger delivering at least 150 kW. Kia Ireland. | Market or version specific | https://www.kia.com/ie/new-cars/ev5/ |
| Efficiency | 16.9–18.1 kWh/100 km | WLTP combined, Kia Germany; EV5 GT 18.6 kWh/100 km. | Market or version specific | https://www.kia.com/de/modelle/ev5/ |

## Independent tests

Summary: 2 of 3 comparable claims hold up; 4 tests from 3 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2026-06) | Range | 509 km | 520 km WLTP | 98% | Holds up | Kia EV5 First Edition, 81.4 kWh (78 kWh net), front-wheel drive; NAF summer route from Oslo into the mountains, Norway; forecasts along the route of 10 to 24 °C | https://www.naf.no/bilguiden/bilmodell/kia-ev5?tab=test |
| NAF (2026-06) | Rapid charging | 30 min 10–80% | 30 min 10–80% manufacturer claim | 100% | Holds up | Kia EV5 First Edition, 81.4 kWh; Summer, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/kia-ev5?tab=test |
| ADAC (2026-07) | Efficiency | 23.9 kWh/100 km | 17.8 kWh/100 km WLTP | 74% | Falls short | Kia EV5 (81.4 kWh) GT-Line, 160 kW, front-wheel drive; ADAC test cycle as redefined in 2026, mixed driving including motorway | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev5/ |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Kia EV5 160 kW 4x2, LHD; Euro NCAP 2025 protocols; adult occupant 83%, child occupant 85%, vulnerable road users 74%, safety assist 80% | https://www.euroncap.com/assessments/kia/ev5/1158/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Kia EV5", checked 18 October 2026, https://charjin.com/cars/kia/ev5

---

# Kia EV6

Kia's mid-size electric crossover with an 800-volt system, offered with a 63 kWh or 84 kWh battery and rear- or all-wheel drive.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- URL: https://charjin.com/cars/kia/ev6
- Last checked: 2026-10-18

## Is the Kia EV6 worth considering?

Fast charging is the EV6's strength, although NAF's winter test of the earlier car took 35 minutes against Kia's 18-minute claim. ADAC measured 20.1 kWh/100 km on the facelifted 84 kWh rear-wheel-drive car against 15.9 WLTP, so expect around 460 km rather than 582 km in mixed European driving; Edmunds beat the EPA figure on its slower US route.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 582 km | WLTP, 84 kWh rear-wheel drive, Kia Germany and Kia Ireland. A 63 kWh version is also sold; Kia UK quotes up to 265 miles WLTP for it. US EPA (fueleconomy.gov, 2025): 237 miles Standard Range RWD to 319 miles Long Range RWD. | Market or version specific | https://www.kia.com/de/modelle/ev6/ |
| Battery | 63 or 84 kWh | Kia Germany lists a 63 kWh and an 84 kWh pack; the 84 kWh pack replaced the 77.4 kWh pack of 2021–2024 cars. Usable capacity is not stated on the page. | Market or version specific | https://www.kia.com/de/modelle/ev6/ |
| Rapid charging | Up to 260 kW | 10–80% in 18 minutes claimed for the 84 kWh car on an 800-volt charger delivering at least 260 kW. Kia Ireland. | Market or version specific | https://www.kia.com/ie/new-cars/ev6/ |
| Efficiency | 16.4–17.7 kWh/100 km | WLTP combined, Kia Germany; EV6 GT 20.9 kWh/100 km. Kia Ireland quotes 15.9–17.7 kWh/100 km, and ADAC lists 15.9 for the 84 kWh Earth RWD. | Market or version specific | https://www.kia.com/de/modelle/ev6/ |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 7 tests from 5 testers; winter range averaged 66% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2022-01) | Range | 428.9 km | 528 km WLTP | 81% | Cold-weather result | Kia EV6 Exclusive RWD 2021, 77.4 kWh, 235/55 R19; 0 to −10 °C, mostly dry roads, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/kia-ev6?tab=test |
| NAF (2022-06) | Range | 500.2 km | 528 km WLTP | 95% | Close | Kia EV6 Exclusive RWD 2021, 77.4 kWh, 235/55 R19; 7 to 15 °C with rain for part of the route, Norway | https://www.naf.no/bilguiden/bilmodell/kia-ev6?tab=test |
| NAF (2022-01) | Rapid charging | 35 min 10–80% | 18 min 10–80% manufacturer claim | 51% | Cold-weather result | Kia EV6 Exclusive RWD 2021, 77.4 kWh; Winter, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/kia-ev6?tab=test |
| ADAC (2025-04) | Efficiency | 20.1 kWh/100 km | 15.9 kWh/100 km WLTP | 79% | Falls short | Kia EV6 (84 kWh) Earth RWD, 168 kW, 255/45 R20 tyres; ADAC Ecotest cycle including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev6/ |
| Edmunds (2026-09) | Range | 296 mi | 270 mi EPA | 110% | Beats the claim | 2025 Kia EV6 GT-Line (84 kWh, all-wheel drive, US market); Edmunds route, about 60% city and 40% highway, 76 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | Kia EV6 Long Range AWD, 239 kW, LHD; Euro NCAP 2022 protocols; adult occupant 90%, child occupant 86%, vulnerable road users 64%, safety assist 87% | https://www.euroncap.com/assessments/kia/ev6/0938/ |
| NHTSA (2026-10) | Recalls | 0 campaigns |  |  |  | Kia EV6, US market; Model years 2025 and 2026 (facelifted car): no campaigns listed. For comparison, 2024 cars have 24V200, 24V867 (charging control unit) and 26V431 (battery cells, fire risk) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=KIA&model=EV6&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Kia EV6", checked 18 October 2026, https://charjin.com/cars/kia/ev6

---

# Kia EV9

Kia's largest electric SUV, a six- or seven-seater with a 99.8 kWh battery and rear- or all-wheel drive.

- Powertrain: Electric
- Body: SUV
- Seats: 7
- URL: https://charjin.com/cars/kia/ev9
- Last checked: 2026-10-18

## Is the Kia EV9 worth considering?

Efficient for its size: ADAC measured 22.2 kWh/100 km on the all-wheel-drive GT-Line, just under the WLTP figure, and NAF recorded 442 km in winter against 505 km WLTP. Charging matched Kia's 24-minute claim in both ADAC and NAF tests, but US buyers should check a long recall list for 2024–2026 cars.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 563 km | WLTP, Kia Germany: up to 563 km for rear-wheel drive and 497–503 km for all-wheel drive, all on 19-inch wheels; Kia Ireland quotes 505 km for AWD on 21-inch wheels. US EPA (fueleconomy.gov): 270 miles for the 2024 Long Range AWD GT-Line. | Market or version specific | https://www.kia.com/de/modelle/ev9/ |
| Battery | 99.8 kWh | Kia Germany and Ireland: 99.8 kWh in both rear- and all-wheel-drive versions. Usable capacity is not stated; NAF lists 96 kWh net for its test car. | Published reference | https://www.kia.com/de/modelle/ev9/ |
| Rapid charging | 10–80% in about 24 minutes | Kia Germany and Ireland claim 10–80% in about 24 minutes on an 800-volt charger; Kia UK says the charger must deliver at least 210 kW, Kia Ireland says at least 240 kW. No peak figure is given on these pages. | Market or version specific | https://www.kia.com/de/modelle/ev9/ |
| Efficiency | 19.5–22.8 kWh/100 km | WLTP combined, Kia Germany; EV9 GT 21.7 kWh/100 km. | Market or version specific | https://www.kia.com/de/modelle/ev9/ |

## Independent tests

Summary: 3 of 4 comparable claims hold up; 8 tests from 5 testers; winter range averaged 94% of the official figure; safety 5 stars, Euro NCAP 2023.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-01) | Range | 441.9 km | 505 km WLTP | 88% | Cold-weather result | Kia EV9 GT-Line 6-seater 2024, AWD, Nokian Hakkapeliitta R5 SUV 285/45 R21; −2 to −10 °C, windy as a storm approached, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/kia-ev9?tab=test |
| NAF (2024-06) | Range | 529.1 km | 563 km WLTP | 94% | Close | Kia EV9 on 255/60 R19 tyres (NAF's variant label is GT-Line 6-seater 2024); NAF summer route from Oslo into the mountains, Norway; rain forecast along the route | https://www.naf.no/bilguiden/bilmodell/kia-ev9?tab=test |
| NAF (2024-01) | Rapid charging | 24 min 10–80% | 24 min 10–80% manufacturer claim | 100% | Cold-weather result | Kia EV9 GT-Line 6-seater 2024, 99.8 kWh; Winter, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/kia-ev9?tab=test |
| ADAC (2024-11) | Efficiency | 22.2 kWh/100 km | 22.8 kWh/100 km WLTP | 103% | Holds up | Kia EV9 (99.8 kWh) GT-Line AWD 6-seater, 283 kW; ADAC Ecotest cycle including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev9/ |
| ADAC (2024-11) | Rapid charging | 24 min 10–80% | 24 min 10–80% manufacturer claim | 100% | Holds up | Kia EV9 (99.8 kWh) GT-Line AWD 6-seater; DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/kia-ev9/ |
| Edmunds (2026-09) | Range | 306 mi | 270 mi EPA | 113% | Beats the claim | 2024 Kia EV9 GT-Line (99.8 kWh, all-wheel drive, US market); Edmunds route, about 60% city and 40% highway, 72 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2023) | Safety rating | 5 stars |  |  |  | Kia EV9 4x4 (160 kW + 160 kW), LHD; Euro NCAP 2023 protocols; adult occupant 84%, child occupant 88%, vulnerable road users 76%, safety assist 83% | https://www.euroncap.com/assessments/kia/ev9/1052/ |
| NHTSA (2026-10) | Recalls | 10 campaigns |  |  |  | Kia EV9, US market; Model years 2024–2026: 24V271 (differential bolts), 24V338 (passenger seat belt retractor), 24V400 (headliner), 24V693 (remote parking software), 24V757 and 26V046 (instrument panel software), 24V962 (seat mounting bolts), 25V115 (rear motor shaft weld), 26V431 (battery cells, fire risk, 2024 only), 26V545 (passenger airbag occupant detection, 2025–2026) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=KIA&model=EV9&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Kia EV9", checked 18 October 2026, https://charjin.com/cars/kia/ev9

---

# Kia Sportage Plug-in Hybrid

A family SUV with a 1.6-litre turbo petrol plug-in hybrid system, a 13.8 kWh battery and front- or four-wheel drive.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: Sportage Plug-in Hybrid, Sportage PHEV, Sportage 1.6 T-GDi PHEV
- URL: https://charjin.com/cars/kia/sportage-phev
- Last checked: 2026-10-18

## Is the Kia Sportage Plug-in Hybrid worth considering?

ADAC measured about 63 km of electric driving against a 70 km WLTP figure on the earlier four-wheel-drive car, and 7.0 L/100 km once the battery was empty. It makes sense if you can charge at home and most trips are short; there is no DC rapid charging.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 40–44 miles electric | WLTP combined, Kia UK: 44 miles for 2WD (Pure, GT-Line), 40 miles for AWD (GT-Line, GT-Line S). ADAC's catalogue lists 66 km as maker data for the German 2WD Core. US EPA, 2026 Sportage Plug-in Hybrid AWD: 33 miles. | Market or version specific | https://www.kia.com/uk/new-cars/sportage/specification/ |
| Battery | 13.8 kWh | Gross capacity as listed in ADAC's catalogue (maker data) for the facelifted Sportage 1.6 T-GDI Plug-In Hybrid, series start 07/25; Kia's UK and German pages do not state it. ADAC's 2022 test also gives 13.8 kWh. | Market or version specific | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/sportage/nq5-facelift/348112/ |
| Rapid charging | No DC rapid charging listed | AC only, 2.3–7.2 kW single-phase, Type 2 socket, per ADAC catalogue maker data; ADAC found a full charge took just under two hours at 7.2 kW on the earlier car. | Local check needed | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/kia/sportage/nq5-facelift/348112/ |
| Efficiency | 88.2–104.6 mpg weighted | WLTP weighted combined, Kia UK: 104.6 mpg (2.7 L/100 km) 2WD, 88.2–91.1 mpg AWD. Kia Germany: 2.9–3.3 L/100 km plus 10.9–11.2 kWh/100 km weighted, 6.1–6.7 L/100 km with the battery empty. US EPA 2026 AWD: 36 mpg on petrol, 83 MPGe. | Market or version specific | https://www.kia.com/uk/new-cars/sportage/specification/ |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 4 tests from 3 testers; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2022-12) | Range | 63 km | 70 km WLTP | 90% | Close | Kia Sportage 1.6 T-GDI Plug-In Hybrid GT-Line AWD Automatik, 195 kW (265 PS), 13.8 kWh, press car first registered 03/2022; Electric cycle of the ADAC Ecotest, Germany | https://assets.adac.de/image/upload/Autodatenbank/Autotest/at6225-kia-sportage-16-t-gdi-plug-in-hybrid-gt-line-awd-automatik/kia-sportage-16-t-gdi-plug-in-hybrid-gt-line-awd-automatik.pdf |
| ADAC (2022-12) | Efficiency | 7 L/100 km |  |  |  | Kia Sportage 1.6 T-GDI Plug-In Hybrid GT-Line AWD Automatik, 195 kW (265 PS), 13.8 kWh; ADAC Ecotest in hybrid mode with the battery empty; 5.6 L/100 km in town, 6.2 on country roads, 9.3 on the motorway | https://assets.adac.de/image/upload/Autodatenbank/Autotest/at6225-kia-sportage-16-t-gdi-plug-in-hybrid-gt-line-awd-automatik/kia-sportage-16-t-gdi-plug-in-hybrid-gt-line-awd-automatik.pdf |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | Kia Sportage 1.6 T-GDI HEV (tested); rating covers the 1.6 T-GDI PHEV 4x4; Euro NCAP 2022 protocols; adult occupant 87%, child occupant 86%, vulnerable road users 66%, safety assist 72% | https://www.euroncap.com/assessments/kia/sportage/0951/ |
| NHTSA (2026-10) | Recalls | 3 campaigns |  |  |  | Kia Sportage Plug-in Hybrid (US market); Model years 2023–2026: 23V298 (instrument cluster display), 25V874 (instrument display failure with Kia tow hitch harness), 26V046 (instrument cluster software) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=KIA&model=SPORTAGE%20PHEV&modelYear=2023 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Kia Sportage Plug-in Hybrid", checked 18 October 2026, https://charjin.com/cars/kia/sportage-phev

---

# Leapmotor C10

A mid-size electric SUV with a 69.9 kWh or 81.9 kWh battery, offered with rear- or four-wheel drive.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: C10 Pro, ProMax and ProMax AWD (battery-electric); range-extender versions were sold as C10 REEV and are now listed as C10 Hybrid EV, not covered here
- URL: https://charjin.com/cars/leapmotor/c10
- Last checked: 2026-10-18

## Is the Leapmotor C10 worth considering?

Leapmotor quotes 420–510 km of WLTP range, and the newer 81.9 kWh ProMax charges at up to 180 kW against 84 kW for the 69.9 kWh Pro. It has a five-star Euro NCAP rating, but no independent range or charging test was found, so real-world range is unconfirmed.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 420–510 km | WLTP, Leapmotor international site, battery-electric versions: 420 km Pro (69.9 kWh), 510 km ProMax (81.9 kWh), 437 km ProMax AWD. The site does not label the Pro and ProMax cards; ADAC's catalogue (maker data) matches this split and lists 425 km for the Pro Life from 10/25. | Market or version specific | https://www.leapmotor.net/models/c10 |
| Battery | 69.9 or 81.9 kWh | 69.9 kWh for Pro, 81.9 kWh for ProMax and ProMax AWD. Usable capacity not stated. | Market or version specific | https://www.leapmotor.net/models/c10 |
| Rapid charging | Up to 180 kW | ProMax and ProMax AWD: 180 kW, 30–80% in 22 minutes claimed. Pro: 84 kW, 30–80% in 30 minutes claimed. No 10–80% time is given. | Market or version specific | https://www.leapmotor.net/models/c10 |
| Efficiency | From 18 kWh/100 km | WLTP: 18.0 kWh/100 km ProMax, 18.8 Pro, 20.9 ProMax AWD. Leapmotor international site. | Market or version specific | https://www.leapmotor.net/models/c10 |

## Independent tests

Summary: no directly comparable claims; 1 tests from 1 testers; safety 5 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Euro NCAP (2024) | Safety rating | 5 stars |  |  |  | Leapmotor C10 Style (4x2), electric, left-hand drive; Euro NCAP 2024 protocols; adult occupant 89%, child occupant 85%, vulnerable road users 77%, safety assist 76% | https://www.euroncap.com/assessments/leapmotor/c10/1070/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Leapmotor C10", checked 18 October 2026, https://charjin.com/cars/leapmotor/c10

---

# Lucid Air

Lucid's large electric luxury saloon, offered as the Pure, Touring, Grand Touring and high-performance Sapphire, with the longest EPA range of any car on sale.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- Names and versions: Sold as Air Pure, Air Touring, Air Grand Touring and Air Sapphire; earlier Air Dream Edition
- URL: https://charjin.com/cars/lucid/air
- Last checked: 2026-10-18

## Is the Lucid Air worth considering?

The Air Grand Touring set NAF's longest-ever summer result at 829 km and Car and Driver's longest 75 mph result at 410 miles, though NAF's result was still 14% below WLTP. Severe cold nearly halved NAF's winter result, and the US recall list is long, so check the car's history.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 372–512 miles | EPA, 2026 US models on fueleconomy.gov: 512 miles Grand Touring on 19-inch wheels, 431 miles Touring, 427 miles Sapphire, 420 miles Pure (19-inch) down to 372 miles Pure on 20-inch wheels. NAF lists 960 km WLTP for the 2025 Grand Touring sold in Norway. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49966.shtml |
| Battery | Not published | Lucid's Air page gives no battery capacity. Car and Driver lists 118 kWh for the Grand Touring, 92 kWh for the Touring and 84 kWh for the Pure. | Local check needed | https://lucidmotors.com/air |
| Rapid charging | 200 miles in 12–16 minutes claimed | Lucid's 2027 claim on a 350 kW DC charger with 19-inch wheels: 12 minutes for the Grand Touring, 15 for the Sapphire, 16 for the Pure and Touring. Lucid does not publish a 10–80% time or a peak kW figure on this page. | Market or version specific | https://lucidmotors.com/air |
| Efficiency | From 23 kWh/100 mi | EPA combined, 2026 US models: 23 kWh/100 mi Pure on 19-inch wheels, 25–27 Touring, 26–30 Grand Touring, 32 Sapphire. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49969.shtml |

## Independent tests

Summary: 0 of 4 comparable claims hold up; 9 tests from 5 testers; winter range averaged 54% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025) | Range | 828.6 km | 960 km WLTP | 86% | Close | Lucid Air Grand Touring 2025, 245/45 R19 tyres; 6 to 17 °C, light rain early on and heavy showers in the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/lucid-air?tab=test |
| NAF (2026) | Range | 520 km | 960 km WLTP | 54% | Cold-weather result | Lucid Air Grand Touring 2025; −8 to −31 °C, colder with altitude, dry roads, Norway | https://www.naf.no/bilguiden/bilmodell/lucid-air?tab=test |
| NAF (2025) | Rapid charging | 31 min 10–80% |  |  |  | Lucid Air Grand Touring 2025; Summer; car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/lucid-air?tab=test |
| Edmunds (2026-09) | Range | 349 mi | 372 mi EPA | 94% | Close | 2025 Lucid Air Pure, RWD, 20-inch wheels; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 74 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 465 mi | 516 mi EPA | 90% | Close | 2022 Lucid Air Grand Touring, 19-inch wheels; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 76 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Car and Driver (2024) | Range | 300 mi | 394 mi EPA | 76% | Falls short | 2024 Lucid Air Pure RWD, 20-inch wheels, Michelin Pilot Sport EV tyres; 75 mph constant highway, US; 109 MPGe recorded | https://www.caranddriver.com/lucid-motors/air |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | Lucid Air Grand Touring, left-hand drive; Euro NCAP 2022 protocols; adult occupant 90%, child occupant 91%, vulnerable road users 78%, safety assist 84% | https://www.euroncap.com/assessments/lucid/air/0987/ |
| NHTSA (2025) | Safety rating | 5 stars |  |  |  | 2025 Lucid Air 4-door AWD and RWD (US); US NCAP: frontal 5 stars, side 5 stars, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/VehicleId/20714 |
| NHTSA (2026-10) | Recalls | 19 campaigns |  |  |  | Lucid Air, US market; Model years 2022–2026: 22V090, 22V351, 22V727, 23V110, 23V520, 23V521, 23V523, 23V708, 24V011, 24V076, 24V495, 24V497, 24V836, 25V669, 25V670, 26V017, 26V193, 26V309, 26V540 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=LUCID&model=AIR&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Lucid Air", checked 18 October 2026, https://charjin.com/cars/lucid/air

---

# Mercedes-Benz CLA Electric

The electric version of Mercedes-Benz's CLA, launched in 2025 on an 800-volt platform with an 85 kWh battery in the longer-range versions and also sold as a Shooting Brake estate.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- Names and versions: Sold as CLA with EQ Technology (CLA 200, CLA 250, CLA 250+, CLA 350 4MATIC) and as the CLA Shooting Brake estate; NHTSA lists CLA 250+ (EV) and CLA 350 4MATIC (EV); a hybrid petrol CLA is sold alongside
- URL: https://charjin.com/cars/mercedes-benz/cla-electric
- Last checked: 2026-10-18

## Is the Mercedes-Benz CLA Electric worth considering?

The CLA is unusually efficient: Edmunds beat the EPA range by 16% with a CLA 250+ and by 23% with a CLA 350 4MATIC, and NAF's summer test of a Shooting Brake came within 5% of WLTP. Severe cold cuts it hard, though: NAF measured 421 km against 709 km WLTP at down to −31 °C, with peak charging falling to 198 kW.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 792 km | WLTP, Mercedes-Benz Germany: up to 792 km for the CLA 250+. Mercedes-Benz UK lists 328 miles for the CLA 200 and 480 miles for the CLA 250+. US EPA on fueleconomy.gov: 312 miles CLA 350 4MATIC, 317 or 374 miles for the two listed CLA 250+ variants. | Market or version specific | https://www.mercedes-benz.de/passengercars/models/saloon/cla-electric/overview.html |
| Battery | 85 kWh usable | Usable capacity for the CLA 250+ and CLA 350 4MATIC, from Mercedes-Benz Italia's launch release. Mercedes does not give the capacity of the CLA 200 and CLA 250 on the pages checked. | Market or version specific | https://media.mercedes-benz.it/nuova-mercedes-benz-cla-la-nuova-era-dellauto/ |
| Rapid charging | Up to 320 kW | 320 kW for the CLA 250+ and CLA 350 4MATIC; 10–80% in 22 minutes claimed for the CLA 250+ and 20 minutes for the CLA 200 (Mercedes-Benz UK); up to 325 km added in 10 minutes (Mercedes-Benz Germany). | Market or version specific | https://www.mercedes-benz.co.uk/passengercars/models/saloon/cla-electric/overview.html |
| Efficiency | From 12.3 kWh/100 km | WLTP combined, Mercedes-Benz Germany: 12.3–14.7 kWh/100 km CLA 200, 12.4–14.7 CLA 250, 12.3–14.6 CLA 250+, 12.7–15.2 CLA 350 4MATIC. US EPA: 27–31 kWh/100 mi. | Market or version specific | https://www.mercedes-benz.de/passengercars/models/saloon/cla-electric/overview.html |

## Independent tests

Summary: 4 of 4 comparable claims hold up; 9 tests from 5 testers; winter range averaged 76% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 434 mi | 374 mi EPA | 116% | Beats the claim | 2026 Mercedes-Benz CLA 250+, RWD (EPA 374 miles as listed by Edmunds); Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 66 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 385 mi | 312 mi EPA | 123% | Beats the claim | 2027 Mercedes-Benz CLA 350 4MATIC Electric, AWD; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 68 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| NAF (2026) | Range | 421 km | 709 km WLTP | 59% | Cold-weather result | Mercedes-Benz CLA 350 4MATIC (saloon), 85 kWh net as listed by NAF; −8 to −31 °C, colder with altitude, dry roads, Norway | https://www.naf.no/bilguiden/bilmodell/mercedes-benz-cla?tab=test |
| NAF (2026) | Range | 675 km | 708 km WLTP | 95% | Holds up | Mercedes-Benz CLA 350 4MATIC Shooting Brake; NAF summer range test route, Norway; temperatures not stated on the page | https://www.naf.no/bilguiden/bilmodell/mercedes-benz-cla?tab=test |
| NAF (2026) | Rapid charging | 24 min 10–80% | 22 min 10–80% manufacturer claim | 92% | Cold-weather result | Mercedes-Benz CLA 350 4MATIC (saloon), 85 kWh net; Winter; car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/mercedes-benz-cla?tab=test |
| NAF (2026) | Rapid charging | 23 min 10–80% | 22 min 10–80% manufacturer claim | 96% | Holds up | Mercedes-Benz CLA 350 4MATIC Shooting Brake; Summer; car driven warm and battery preconditioned where possible; NAF reports 10–80% (its curve covers 5–85%) | https://www.naf.no/bilguiden/bilmodell/mercedes-benz-cla?tab=test |
| ADAC (2026-07) | Efficiency | 14.8 kWh/100 km |  |  |  | Mercedes-Benz CLA 350 4MATIC with EQ Technology; ADAC test consumption; only the article's summary is public, the full test needs a free ADAC login | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/mercedes-benz/mercedes-cla-test/ |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Mercedes-Benz CLA 250+ AMG Line saloon; Euro NCAP 2025 protocols; adult occupant 94%, child occupant 89%, vulnerable road users 93%, safety assist 85% | https://www.euroncap.com/assessments/mercedes-benz/cla/1108/ |
| NHTSA (2026-10) | Recalls | 1 campaigns |  |  |  | 2026 CLA 250+ (EV) and CLA 350 4MATIC (EV), US market; Model years 2026–2027: 26V278 (front passenger seat belt retractor) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=MERCEDES-BENZ&model=CLA%20250%2B%20(EV)&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Mercedes-Benz CLA Electric", checked 18 October 2026, https://charjin.com/cars/mercedes-benz/cla-electric

---

# MG MG3 Hybrid+

A small self-charging hybrid hatchback with a 1.5-litre petrol engine, a 100 kW electric motor and a 1.83 kWh battery.

- Powertrain: Hybrid / PHEV
- Body: Hatchback
- Seats: 5
- Names and versions: MG3 Hybrid+, MG 3 Hybrid (Euro NCAP), MG3 1.5 Hybrid+
- URL: https://charjin.com/cars/mg/mg3-hybrid
- Last checked: 2026-10-18

## Is the MG3 Hybrid+ worth considering?

ADAC measured 5.3 L/100 km against the official 4.4 L/100 km, about a fifth above the claim but still low for a small car with 195 PS. Euro NCAP gave it four stars, and ADAC's report notes that the driver's seat came loose from one anchorage in the frontal crash test.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Not a plug-in | Self-charging hybrid; no electric range figure | Published reference | https://www.mgmotor.de/model/mg3-hev |
| Battery | 1.83 kWh | Hybrid battery; full hybrid with 75 kW (102 PS) petrol engine and 100 kW (136 PS) electric motor, 143 kW (195 PS) system output, three-speed automatic. MG Germany. | Published reference | https://www.mgmotor.de/model/mg3-hev |
| Rapid charging | No charging socket | Full hybrid (Vollhybrid) per MG Germany; no plug-in charging is listed. | Published reference | https://www.mgmotor.de/model/mg3-hev |
| Efficiency | 4.4 L/100 km | WLTP combined, MG Germany, all MG3 Hybrid+ trims (Standard, Comfort, Luxury), 100 g/km CO2. | Market or version specific | https://www.mgmotor.de/model/mg3-hev |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 2 tests from 2 testers; safety 4 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-09) | Efficiency | 5.3 L/100 km | 4.4 L/100 km WLTP | 83% | Falls short | MG3 1.5 Hybrid+ Luxury Automatik, 143 kW (194 PS) system output, built 05/24–07/25; ADAC Ecotest cycle, Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/mg/mg-3/ |
| Euro NCAP (2025) | Safety rating | 4 stars |  |  |  | MG 3 Hybrid 1.5 HEV, five-door hatchback, left-hand drive, 1,285 kg; Euro NCAP 2025 protocols; adult occupant 74%, child occupant 73%, vulnerable road users 81%, safety assist 69% | https://www.euroncap.com/assessments/mg/3/1057/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "MG MG3 Hybrid+", checked 18 October 2026, https://charjin.com/cars/mg/mg3-hybrid

---

# MG MG4 EV

A value-led electric hatchback with rear-wheel drive and several battery choices.

- Powertrain: Electric
- Body: Hatchback
- Seats: 5
- Names and versions: MG4 Electric
- URL: https://charjin.com/cars/mg/mg4
- Last checked: 2026-07-28

## Is the MG MG4 EV worth considering?

Strong fundamentals for the price. The ownership case depends on local software support, driver-assistance tuning, and warranty coverage.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 545 km | WLTP, MG4 EV 77 kWh Premium, Europe; 452 km for the 64 kWh Premium and 405 km for the 64 kWh XPOWER (2026 update) | Market or version specific | https://www.mgmotor.eu/model/mg4 |
| Battery | 64 or 77 kWh | 64 kWh LFP (Premium) or NCM (XPOWER), 77 kWh NCM (Premium); the 49 kWh version is no longer listed | Market or version specific | https://www.mgmotor.eu/model/mg4 |
| Rapid charging | Up to 154 kW | 10–80% in about 25 minutes claimed for the 64 kWh Premium on a 150 kW charger; MG lists 144 kW and 40 minutes for the 77 kWh Premium | Published reference | https://www.mgmotor.eu/model/mg4 |
| Efficiency | From 16.1 kWh/100 km | WLTP combined, 77 kWh Premium; 17.6 for the 64 kWh Premium and 19.0 for the XPOWER | Market or version specific | https://www.mgmotor.eu/model/mg4 |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 5 tests from 2 testers; winter range averaged 88% of the official figure; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-01) | Range | 399.6 km | 520 km WLTP | 77% | Cold-weather result | MG4 Trophy Extended Range 2024 (77 kWh), Nokian Hakkapeliitta R5 EV 235/45 R18; −2 to −10 °C and windy, NAF route from Oslo over mountain roads, Norway | https://www.naf.no/bilguiden/bilmodell/mg-mg4?tab=test |
| NAF (2024-06) | Range | 461.5 km | 520 km WLTP | 89% | Close | MG4 Trophy Extended Range 2024 (77 kWh), 235/45 R18 tyres; NAF summer route, Norway; temperatures not stated on the page | https://www.naf.no/bilguiden/bilmodell/mg-mg4?tab=test |
| NAF (2023-02) | Range | 338 km | 425 km WLTP | 80% | Cold-weather result | MG4 Luxury 2023 (64 kWh); 0 to −19 °C, NAF route from Oslo over mountain roads, Norway | https://www.naf.no/bilguiden/bilmodell/mg-mg4?tab=test |
| NAF (2024-01) | Rapid charging | 36 min 10–80% | 38 min 10–80% manufacturer claim | 106% | Cold-weather result | MG4 Trophy Extended Range 2024 (77 kWh); Winter, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/mg-mg4?tab=test |
| Euro NCAP (2022) | Safety rating | 5 stars |  |  |  | MG4 Electric; Euro NCAP 2022 protocols; adult occupant 83%, child occupant 80%, vulnerable road users 75%, safety assist 78% | https://www.euroncap.com/assessments/mg/mg4/1001/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "MG MG4 EV", checked 28 July 2026, https://charjin.com/cars/mg/mg4

---

# Mitsubishi Outlander PHEV

A large four-wheel-drive plug-in hybrid SUV with a 22.7 kWh battery and five or seven seats.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 7
- Names and versions: Outlander Plug-in Hybrid
- URL: https://charjin.com/cars/mitsubishi/outlander-phev
- Last checked: 2026-10-18

## Is the Mitsubishi Outlander PHEV worth considering?

ADAC measured about 70 km of electric driving on country roads against an 83 km WLTP figure, which covers most daily trips. Once the battery is empty ADAC measured 9.3 L/100 km, and rapid charging uses the rarely found CHAdeMO plug.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 85 km electric | WLTP, Germany; Mitsubishi UK quotes 53 miles all-electric range. US EPA figure for the 2026 model is 44–45 miles | Market or version specific | https://www.mitsubishi-motors.de/modelle/outlander-plug-in-hybrid |
| Battery | 22.7 kWh | Traction battery capacity, Europe | Published reference | https://www.mitsubishi-motors.de/modelle/outlander-plug-in-hybrid |
| Rapid charging | CHAdeMO DC | About 32 minutes to 80% claimed via CHAdeMO; Mitsubishi does not state the peak kW. ADAC lists 40 kW as maker data | Market or version specific | https://www.mitsubishi-motors.de/modelle/outlander-plug-in-hybrid |
| Efficiency | 2.7 L/100 km + 16 kWh/100 km | WLTP weighted combined, Diamant 4WD, Germany, 60 g/km CO2; range across versions 2.6–2.7 L and 16–19.1 kWh/100 km. Mitsubishi UK quotes 313 mpg weighted | Market or version specific | https://www.mitsubishi-motors.de/modelle/outlander-plug-in-hybrid |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 3 tests from 2 testers.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-08) | Range | 70 km | 83 km WLTP | 84% | Falls short | Outlander 2.4 Plug-In Hybrid Diamant Top with Luxury package 4WD, 225 kW (306 PS), from 11/25; Country roads (Landstraße), Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/mitsubishi/mitsubishi-outlander-plug-in-hybrid-test/ |
| ADAC (2026-08) | Efficiency | 9.3 L/100 km |  |  |  | Outlander 2.4 Plug-In Hybrid Diamant Top with Luxury package 4WD, 225 kW (306 PS), from 11/25; ADAC test cycle with the battery depleted (charge-sustaining hybrid mode), Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/mitsubishi/mitsubishi-outlander-plug-in-hybrid-test/ |
| NHTSA (2026-10) | Recalls | 3 campaigns |  |  |  | Mitsubishi Outlander PHEV (US), model years 2023–2026; Model years 2023–2026; campaigns 23V345, 25V369, 26V549, all rear-view camera display or software | https://api.nhtsa.gov/recalls/recallsByVehicle?make=mitsubishi&model=outlander%20phev&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Mitsubishi Outlander PHEV", checked 18 October 2026, https://charjin.com/cars/mitsubishi/outlander-phev

---

# Nissan Leaf

The third-generation Nissan Leaf, a crossover sold from 2026 with a 52 kWh or 75 kWh battery and front-wheel drive.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Third-generation Leaf; earlier Leaf hatchbacks (2010–2025) use the same name
- URL: https://charjin.com/cars/nissan/leaf
- Last checked: 2026-10-18

## Is the Nissan Leaf worth considering?

Efficient and long-legged: ADAC measured 17.6 kWh/100 km and 465 km on the 75 kWh Evolve, and Edmunds beat the EPA range by about a fifth. Rapid charging is the weak spot, with ADAC recording a sharp power dip mid-charge and an average of only 88 kW from 10–80%.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 451–623 km | WLTP, Nissan Germany: 451 km with the 52 kWh battery, up to 623 km with 75 kWh. Nissan Ireland quotes up to 622 km for the 75 kWh Engage, and ADAC lists 624 km. US EPA (fueleconomy.gov, 2026 75 kWh): 259–303 miles depending on wheels. | Market or version specific | https://www.nissan.de/fahrzeuge/neuwagen/leaf.html |
| Battery | 52 or 75 kWh | Nissan Germany and Ireland list 52 kWh and 75 kWh batteries; ADAC gives 75.1 kWh net for the larger one. | Market or version specific | https://www.nissan.de/fahrzeuge/neuwagen/leaf.html |
| Rapid charging | Up to 150 kW | 150 kW for the 75 kWh battery and 105 kW for the 52 kWh battery, Nissan Ireland, which claims 20–80% in as little as 30 minutes; Nissan does not quote a 10–80% time. | Market or version specific | https://www.nissan.ie/vehicles/new-vehicles/new-nissan-leaf.html |
| Efficiency | 13.5–14.7 kWh/100 km | WLTP combined, Nissan Germany: 13.5 kWh/100 km for 52 kWh Engage, 13.8 (Engage) to 14.7 (Evolve) for 75 kWh versions. | Market or version specific | https://www.nissan.de/fahrzeuge/neuwagen/leaf.html |

## Independent tests

Summary: 1 of 2 comparable claims hold up; 3 tests from 3 testers.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-08) | Efficiency | 17.6 kWh/100 km | 14.7 kWh/100 km WLTP | 84% | Falls short | Nissan Leaf (75 kWh) Evolve, 160 kW (from 03/26); ADAC test cycle, mixed driving including motorway; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/nissan/nissan-leaf/ |
| Edmunds (2026-09) | Range | 310 mi | 259 mi EPA | 120% | Beats the claim | 2026 Nissan Leaf Platinum+ (75 kWh, 19-inch wheels, US market); Edmunds route, about 60% city and 40% highway, 67 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| NHTSA (2026-10) | Recalls | 2 campaigns |  |  |  | 2026 Nissan Leaf, US market; Model year 2026: 26V188 (high-voltage battery internal damage, short-circuit risk), 26V425 (rear outer seat belt retractors may not hold a child seat) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=NISSAN&model=LEAF&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Nissan Leaf", checked 18 October 2026, https://charjin.com/cars/nissan/leaf

---

# Peugeot E-3008

Peugeot's electric fastback SUV, with a 73 kWh battery and front- or four-wheel drive, or a 96.9 kWh Long Range battery.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: PEUGEOT E-3008; also sold as the 3008 Hybrid and Plug-in Hybrid
- URL: https://charjin.com/cars/peugeot/e-3008
- Last checked: 2026-10-18

## Is the Peugeot E-3008 worth considering?

NAF measured 448 km in summer and 364 km in winter from the 73 kWh E-3008 GT against 510 km WLTP, and ADAC's Ecotest gave 440 km. Rapid charging is slow for the class, with NAF and ADAC timing 40 to 47 minutes from 10 to 80 per cent.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 435 miles | WLTP, UK: Electric 210 (73 kWh) up to 326 miles, Long Range Electric 230 (96.9 kWh) up to 435 miles, Dual Motor 325 (73 kWh) up to 306 miles (308 miles in the page's FAQ). Peugeot UK model page. | Market or version specific | https://www.peugeot.co.uk/models/new-peugeot-3008/electric.html |
| Battery | 73 or 96.9 kWh | Peugeot UK quotes 73 kWh for the Electric 210 and Dual Motor and 96.9 kWh for the Long Range, without saying whether these are gross or usable. | Market or version specific | https://www.peugeot.co.uk/models/new-peugeot-3008/electric.html |
| Rapid charging | 20–80% in 27–30 min claimed | Peugeot UK: 30 minutes from 20 to 80% for 73 kWh versions and 27 minutes for the Long Range; no peak power or 10–80% time is given. ADAC lists 160 kW peak for the Electric 210. | Market or version specific | https://www.peugeot.co.uk/models/new-peugeot-3008/electric.html |
| Efficiency | From 16.8 kWh/100 km | WLTP: 16.8–17.3 (Electric 210), 17.1–18.1 (Long Range 230), 17.4–17.9 (Dual Motor 325) kWh/100 km. Peugeot UK. | Market or version specific | https://www.peugeot.co.uk/models/new-peugeot-3008/electric.html |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 7 tests from 3 testers; winter range averaged 71% of the official figure; safety 4 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-06) | Range | 448 km | 510 km WLTP | 88% | Close | Peugeot E-3008 GT 210 hp 2WD 2024 (73 kWh), 235/50 R20 tyres; NAF summer range test route, Norway, June 2024; temperatures not stated for this car on the page | https://www.naf.no/bilguiden/bilmodell/peugeot-e-3008?tab=test |
| NAF (2025-01) | Range | 364 km | 510 km WLTP | 71% | Cold-weather result | Peugeot E-3008 GT 210 hp 2WD 2024 (73 kWh), Nokian Hakkapeliitta R5 EV 235/55 R19; −6 to +8 °C, Lunner to Lygna route, Norway; freezing rain and a 45–60 minute stop waiting for lorries to fit chains | https://www.naf.no/bilguiden/bilmodell/peugeot-e-3008?tab=test |
| NAF (2024-06) | Rapid charging | 42 min 10–80% |  |  |  | Peugeot E-3008 GT 210 hp 2WD 2024 (73 kWh); Summer, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/peugeot-e-3008?tab=test |
| NAF (2025-01) | Rapid charging | 47 min 10–80% |  |  |  | Peugeot E-3008 GT 210 hp 2WD 2024 (73 kWh); Winter, car driven warm for at least two hours and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/peugeot-e-3008?tab=test |
| ADAC (2025-04) | Efficiency | 20.1 kWh/100 km | 16.9 kWh/100 km WLTP | 84% | Falls short | Peugeot e-3008 210 GT, 157 kW, front-wheel drive, 73–74 kWh net; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/peugeot/peugeot-e-3008/ |
| ADAC (2025-04) | Rapid charging | 40 min 10–80% |  |  |  | Peugeot e-3008 210 GT (73 kWh); DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/peugeot/peugeot-e-3008/ |
| Euro NCAP (2025) | Safety rating | 4 stars |  |  |  | Peugeot e3008, 73kWh, LHD; Euro NCAP 2025 protocols; adult occupant 80%, child occupant 85%, vulnerable road users 79%, safety assist 62% | https://www.euroncap.com/assessments/peugeot/3008/1141/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Peugeot E-3008", checked 18 October 2026, https://charjin.com/cars/peugeot/e-3008

---

# Polestar 2

A five-door electric fastback with an 82 kWh battery, offered with rear-wheel drive or dual motors, and a long WLTP range for its size.

- Powertrain: Electric
- Body: Liftback
- URL: https://charjin.com/cars/polestar/2
- Last checked: 2026-10-18

## Is the Polestar 2 worth considering?

The single-motor Long Range car pairs a 659 km WLTP claim with a measured ADAC Ecotest range of about 530 km and a five-star Euro NCAP rating. Rapid charging is adequate rather than quick, with NAF measuring 32 minutes for 10–80% in winter against a 28-minute claim.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 568–659 km | WLTP, Germany: 659 km Long Range Single Motor, 596 km Long Range Dual Motor, up to 568 km Dual Motor with Performance pack | Market or version specific | https://www.polestar.com/de/polestar-2/specifications/ |
| Battery | 82 kWh | Long Range versions, Germany; the UK site also lists a 70 kWh Standard range Single motor | Market or version specific | https://www.polestar.com/de/polestar-2/specifications/ |
| Rapid charging | Up to 205 kW | 10–80% in 28 minutes claimed, 82 kWh Long Range versions, Germany | Published reference | https://www.polestar.com/de/polestar-2/specifications/ |
| Efficiency | From 14.8 kWh/100 km | WLTP, Long Range Single Motor 14.8–15.8 kWh/100 km; Dual Motor 15.8–17.2 kWh/100 km, Germany | Market or version specific | https://www.polestar.com/de/polestar-2/specifications/ |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 4 tests from 4 testers; winter range averaged 88% of the official figure; safety 5 stars, Euro NCAP 2021.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2023-10) | Range | 530 km | 655 km WLTP | 81% | Falls short | Long Range Single Motor, 82 kWh (built 07/23–06/24); ADAC Ecotest cycle, Germany; Ecotest consumption 17.5 kWh/100 km including charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/polestar/2/1generation/327131 |
| NAF (2024) | Rapid charging | 32 min 10–80% | 28 min 10–80% manufacturer claim | 88% | Cold-weather result | Polestar 2 Long Range Single Motor 2024 (79 kWh net); Winter test, Norway; car driven for at least two hours beforehand, battery preconditioned where possible; temperature not stated | https://www.naf.no/bilguiden/bilmodell/polestar-polestar-2/ladetest-polestar-2-long-range-single-motor |
| Euro NCAP (2021) | Safety rating | 5 stars |  |  |  | Long Range Dual Motor, LHD (rating also covers Long Range and Standard Range single motor, LHD and RHD); Euro NCAP 2021 protocols; adult 93%, child 89%, vulnerable road users 80%, safety assist 83% | https://www.euroncap.com/en/results/polestar/2/42252 |
| NHTSA (2026-10) | Recalls | 5 campaigns |  |  |  | Polestar 2, model year 2024, US; Model year 2024: campaigns 24V477 (infotainment software), 24V939 (driver airbag inflator), 25V280 and 25V615 (rear-view camera software), 25V409 (brake control module) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=POLESTAR&model=POLESTAR%202&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Polestar 2", checked 18 October 2026, https://charjin.com/cars/polestar/2

---

# Polestar 4

A large electric SUV-coupé with a 100 kWh battery and no rear window. A camera-fed mirror replaces it.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- URL: https://charjin.com/cars/polestar/4
- Last checked: 2026-10-18

## Is the Polestar 4 worth considering?

Independent tests found real range of 535 to 627 km and 10–80% charging in close to the claimed 30 minutes, which makes it a credible long-distance car. Check that you are comfortable with the camera-only rear view, and know that official figures changed between model years.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 590–620 km | WLTP, Germany: 620 km Rear motor, 590 km Dual motor. Earlier cars were quoted at 610 and 580 km | Market or version specific | https://www.polestar.com/de/polestar-4/specifications/ |
| Battery | 100 kWh | Capacity as stated by Polestar (cell-to-pack, 110 cells), all versions. ADAC lists 94 kWh usable | Published reference | https://www.polestar.com/de/polestar-4/specifications/ |
| Rapid charging | Up to 200 kW | 10–80% in about 30 minutes claimed, Rear motor and Dual motor | Published reference | https://www.polestar.com/de/polestar-4/specifications/ |
| Efficiency | From 17.8 kWh/100 km | WLTP, Germany: 17.8–18.4 kWh/100 km Rear motor, 19.0–21.7 kWh/100 km Dual motor | Market or version specific | https://www.polestar.com/de/polestar-4/specifications/ |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 6 tests from 4 testers; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-07) | Range | 535 km | 610 km WLTP | 88% | Close | Polestar 4 Long Range Single Motor, 200 kW, rear-wheel drive; ADAC Ecotest cycle, Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/polestar/polestar-4 |
| ADAC (2025-07) | Rapid charging | 33 min 10–80% | 30 min 10–80% manufacturer claim | 91% | Close | Polestar 4 Long Range Single Motor, 200 kW, rear-wheel drive; DC rapid charger, good conditions, 10–80%, average 136.5 kW, 72 kWh added | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/polestar/polestar-4 |
| NAF (2025-06) | Rapid charging | 29.5 min 10–80% | 30 min 10–80% manufacturer claim | 102% | Holds up | Polestar 4 Long Range Single motor; NAF/Motor El Prix summer test 2025, Norway, DC 10–80% | https://www.naf.no/bilguiden/bilmodell/polestar-4 |
| NAF (2025-06) | Range | 627 km |  |  |  | Polestar 4 Long range Single motor; 12–15 °C, mixed sun and rain, starting on wet roads in Oslo, Norway | https://www.polestar.com/no/news/strong-results-for-polestar-in-worlds-biggest-rangetest |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Polestar 4 Long Range Single Motor, 4x2, left-hand drive; Euro NCAP 2025 protocols. Adult occupant 92%, child occupant 85%, vulnerable road users 81%, safety assist 79% | https://www.euroncap.com/en/results/polestar/4/55588 |
| NHTSA (2026-10) | Recalls | 0 campaigns |  |  |  | Polestar 4 (US market); Model years 2025 and 2026, queried as both "4" and "POLESTAR 4" | https://api.nhtsa.gov/recalls/recallsByVehicle?make=POLESTAR&model=POLESTAR%204&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Polestar 4", checked 18 October 2026, https://charjin.com/cars/polestar/4

---

# Renault 5 E-Tech

Renault's retro-styled electric supermini, with a 36.5, 40 or 52 kWh battery and front-wheel drive.

- Powertrain: Electric
- Body: Hatchback
- Seats: 5
- Names and versions: Renault 5 E-Tech electric, R5; versions Five, Urban Range and Comfort Range; Alpine A290 is a related performance model
- URL: https://charjin.com/cars/renault/5-e-tech
- Last checked: 2026-10-18

## Is the Renault 5 E-Tech worth considering?

ADAC measured 17.3 kWh/100 km and a 345 km Ecotest range for the 52 kWh car, and What Car? calculated 166 miles in winter against an official 253 miles. Rapid charging matched Renault's 30-minute claim in ADAC's summer test, but official ranges rose with the August 2026 update, so earlier test cars are not identical to new ones.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 430 km | WLTP, Europe: 52 kWh Comfort Range up to 430 km (previously 410 km), 40 kWh Urban Range up to 315 km, new 36.5 kWh Five up to 305 km. Renault media release, 25 August 2026. Renault UK quotes up to 259 miles (52 kWh, pending homologation) and 194 miles (40 kWh). | Market or version specific | https://media.renault.com/the-renault-5-e-tech-electric-range-gains-fresh-appeal-with-greater-efficiency-range-and-versatility-right-from-entry-level-along-with-new-colours-and-features/?lang=eng |
| Battery | 36.5, 40 or 52 kWh | 40 kWh Urban Range (90 kW motor) and 52 kWh Comfort Range (110 kW); the entry Five trim moves to a 36.5 kWh LFP battery with an 80 kW motor. Renault does not say here whether these are gross or usable figures. | Market or version specific | https://media.renault.com/the-renault-5-e-tech-electric-range-gains-fresh-appeal-with-greater-efficiency-range-and-versatility-right-from-entry-level-along-with-new-colours-and-features/?lang=eng |
| Rapid charging | Up to 100 kW | Renault UK: 15–80% in 30 minutes with the standard 100 kW DC charger. The new 36.5 kWh Five has an 80 kW DC charger (Renault media, August 2026). | Market or version specific | https://www.renault.co.uk/electric-vehicles/r5-e-tech-electric.html |
| Efficiency | 14.4 kWh/100 km | WLTP combined for the 150 Comfort Range (52 kWh) Techno as listed by ADAC from manufacturer data; the Renault pages read for this entry give no consumption figure, and the August 2026 update may have changed it. | Local check needed | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/renault/renault-r5/ |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 5 tests from 3 testers; winter range averaged 66% of the official figure; safety 4 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-07) | Efficiency | 17.3 kWh/100 km | 14.4 kWh/100 km WLTP | 83% | Falls short | Renault 5 E-Tech electric 150 Comfort Range (52 kWh) Techno, 110 kW; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/renault/renault-r5/ |
| ADAC (2025-07) | Rapid charging | 30 min 10–80% |  |  |  | Renault 5 E-Tech electric 150 Comfort Range (52 kWh) Techno; DC rapid charging in summer, measured from 10 to 79% in 30 minutes | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/renault/renault-r5/ |
| What Car? (2025-03) | Range | 166 mi | 253 mi WLTP | 66% | Cold-weather result | Renault 5 52kWh Techno (Comfort Range, 148 bhp); Chilly day, UK roads; range calculated from measured efficiency of 3.2 mi/kWh and the usable battery size | https://www.whatcar.com/news/new-renault-5-vs-mini-cooper/n27476 |
| What Car? (2025-06) | Range | 155 mi | 193 mi WLTP | 80% | Falls short | Renault 5 Urban Range Techno, 40 kWh, 121 bhp; Two-day UK road trip in summer; range calculated from 3.9 mi/kWh average efficiency and the usable battery size | https://www.whatcar.com/news/new-byd-dolphin-surf-versus-citron-e-c3-and-renault-5-video/n27830 |
| Euro NCAP (2024) | Safety rating | 4 stars |  |  |  | Renault 5 E-TECH electric techno comfort, LHD; Euro NCAP 2024 protocols; adult occupant 80%, child occupant 80%, vulnerable road users 76%, safety assist 68% | https://www.euroncap.com/assessments/renault/5/1080/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Renault 5 E-Tech", checked 18 October 2026, https://charjin.com/cars/renault/5-e-tech

---

# Renault Scenic E-Tech

Renault's electric family crossover, updated for 2026 with an 89 kWh battery and, later, a 67 kWh LFP option.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Scenic E-Tech electric (Scénic); earlier Scenic and Grand Scenic MPVs were different cars
- URL: https://charjin.com/cars/renault/scenic-e-tech
- Last checked: 2026-10-18

## Is the Renault Scenic E-Tech worth considering?

NAF's summer 2024 test covered 563 km against 622 km WLTP, while ADAC's Ecotest gave about 490 km at 20.6 kWh/100 km for the earlier 87 kWh car. The 2026 update brings an 89 kWh battery and faster charging claims that have not yet been independently tested.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 642 km | WLTP: 89 kWh NMC battery up to 642 km; 67 kWh LFP battery up to 467 km, available later. Renault media release, 1 September 2026, France/Europe. | Market or version specific | https://media.renault.com/scenic-e-tech-electric-upgraded-for-improved-comfort-connectivity-and-electric-performance/?lang=eng |
| Battery | 67 or 89 kWh | 89 kWh NMC long range and 67 kWh LFP comfort range batteries from the 2026 update, both with the 220 hp motor; cars built before the update had 60 or 87 kWh batteries (ADAC). Renault does not say whether the new figures are gross or usable. | Market or version specific | https://media.renault.com/scenic-e-tech-electric-upgraded-for-improved-comfort-connectivity-and-electric-performance/?lang=eng |
| Rapid charging | Up to 165 kW | 89 kWh: 150 kW peak, 15–80% in 28 minutes; 67 kWh LFP: 165 kW peak, 15–80% in 24 minutes. Renault media, September 2026. | Market or version specific | https://media.renault.com/scenic-e-tech-electric-upgraded-for-improved-comfort-connectivity-and-electric-performance/?lang=eng |
| Efficiency | 17.6 kWh/100 km | WLTP combined for the earlier 220 Long Range (87 kWh) Iconic as listed by ADAC from manufacturer data; Renault's 2026 release gives no consumption for the updated car. | Local check needed | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/renault/renault-scenic-electric/ |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 3 tests from 3 testers; safety 5 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2024-06) | Range | 562.7 km | 622 km WLTP | 90% | Close | Renault Scenic E-Tech Electric 220 Long Range Equilibre 2024 (87 kWh); test-car tyre size listed by NAF as 205/55 R19; NAF summer range test route, Norway, June 2024; temperatures not stated for this car on the page | https://www.naf.no/bilguiden/bilmodell/renault-scenic?tab=test |
| ADAC (2025-08) | Efficiency | 20.6 kWh/100 km | 17.6 kWh/100 km WLTP | 85% | Close | Renault Scénic E-Tech Electric 220 Long Range (87 kWh) Iconic, 160 kW (03/24–04/25 model); ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/renault/renault-scenic-electric/ |
| Euro NCAP (2024-05) | Safety rating | 5 stars |  |  |  | Renault Scenic E-TECH EV87kWh 220ch 4x2 Techno; Euro NCAP 2022 protocols; based on the 2022 Megane E-Tech test plus extra Scenic tests; adult occupant 88%, child occupant 89%, vulnerable road users 77%, safety assist 85% | https://www.euroncap.com/assessments/renault/scenic+e-tech/1067/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Renault Scenic E-Tech", checked 18 October 2026, https://charjin.com/cars/renault/scenic-e-tech

---

# Rivian R1S

Rivian's large seven-seat electric SUV, sold in the US with two, three or four motors and several battery sizes.

- Powertrain: Electric
- Body: SUV
- Seats: 7
- Names and versions: 2025–2026 versions named by motors and pack (Dual Standard, Dual Large, Dual Max, Tri Max, Quad Max); 2027 versions named Premium, Premium Long Range, Performance and Quad
- URL: https://charjin.com/cars/rivian/r1s
- Last checked: 2026-10-18

## Is the Rivian R1S worth considering?

On Edmunds' mixed route the 2025 R1S came within 3–6% of its EPA ranges, but Car and Driver's 75 mph test gave a Tri-Motor Max only 250 miles, and no version uses less than 39 kWh/100 mi on the EPA cycle. It suits buyers who need seven seats, towing and off-road ability more than efficiency, and the recall list is long.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 258–410 miles | EPA, 2026 US models on fueleconomy.gov: 258 miles for the Dual Standard on 20-inch wheels up to 410 miles for the Dual Max on 22-inch wheels. Rivian's 2027 site lists 329 miles (Premium), 410 miles (Premium Long Range), 371 miles (Performance Tri-Motor) and 374 miles (Quad). | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49719.shtml |
| Battery | Not published | Rivian's R1S page names battery packs (Standard, Long Range, Max) by range but gives no capacity. | Local check needed | https://rivian.com/r1s |
| Rapid charging | Not published | Rivian's R1S page gives no DC charging rate or time. Car and Driver reports that Rivian has not quoted charge rates for 2026 models, that earlier versions peaked at 210 kW, and that 2026 cars switch to a NACS port. | Local check needed | https://rivian.com/r1s |
| Efficiency | From 39 kWh/100 mi | EPA combined, 2026 and 2027 US models: 39–40 kWh/100 mi for dual-motor versions on 22-inch wheels, rising to 50 kWh/100 mi for the Quad on 20-inch all-terrain tyres. | Market or version specific | https://www.fueleconomy.gov/feg/noframes/49719.shtml |

## Independent tests

Summary: 2 of 3 comparable claims hold up; 5 tests from 3 testers.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 386 mi | 410 mi EPA | 94% | Close | 2025 Rivian R1S Performance Dual Motor, Max pack, 22-inch wheels; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 99 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 361 mi | 371 mi EPA | 97% | Holds up | 2025 Rivian R1S Tri-Motor, Max pack, 22-inch wheels; Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 80 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 330 mi | 316 mi EPA | 104% | Beats the claim | 2022 Rivian R1S Launch Edition (first generation); Edmunds route, about 60% city and 40% highway, climate on auto at 72 °F, 80 °F ambient, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Car and Driver (2026) | Range | 250 mi |  |  |  | Rivian R1S Tri-Motor Max (model year and wheels not stated on the page); 75 mph constant highway, US; 54 MPGe recorded | https://www.caranddriver.com/rivian/r1s |
| NHTSA (2026-10) | Recalls | 22 campaigns |  |  |  | Rivian R1S, US market; Model years 2022–2027: 22V641, 22V744, 23V109, 23V159, 23V233, 23V783, 23V883, 24V319, 24V367, 24V408, 24V458, 24V686, 24V827, 25V085, 25V370, 25V387, 25V537, 25V585, 26V003, 26V009, 26V508, 26V597 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=RIVIAN&model=R1S&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Rivian R1S", checked 18 October 2026, https://charjin.com/cars/rivian/r1s

---

# Škoda Elroq

Škoda's compact electric SUV, now listed with a 58 or 77 kWh battery, rear- or four-wheel drive and a sporty RS version.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Versions named Elroq 50, 60, 85, 85x and RS; also Elroq Sportline
- URL: https://charjin.com/cars/skoda/elroq
- Last checked: 2026-10-18

## Is the Škoda Elroq worth considering?

In NAF's summer test an Elroq 60 almost matched its WLTP range (422 against 424 km), but the four-wheel-drive RS managed 309 km against 524 km in a very cold winter test. ADAC measured 18.2 kWh/100 km and a 475 km Ecotest range for the Elroq 85, and NAF's charging times were within two minutes of Škoda's claims.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 408–577 km | WLTP: Elroq 60 408–453 km, Elroq 85 and 85x 524–577 km, Elroq RS 516–554 km. Škoda technical data sheet dated 23 April 2026, international. | Market or version specific | https://cdn.skoda-storyboard.com/2024/10/TD-Elroq-en_new_b15eac3a.pdf |
| Battery | 58 or 77 kWh usable | Net (gross): 58 (61) kWh LFP in the Elroq 60; 77 (82) kWh NMC in the 85, 85x and RS. The April 2026 sheet no longer lists the Elroq 50 sold earlier. | Market or version specific | https://cdn.skoda-storyboard.com/2024/10/TD-Elroq-en_new_b15eac3a.pdf |
| Rapid charging | Up to 175 kW | Škoda's model page claims up to 175 kW and 10–80% in 28 minutes for the Elroq 85, and 25 minutes at most for lower versions; its April 2026 data sheet instead lists 105 kW/26 min (Elroq 60) and 165 kW/29 min for the 77 kWh versions. | Local check needed | https://www.skoda-storyboard.com/en/skoda-model/elroq/ |
| Efficiency | From 15.1 kWh/100 km | WLTP combined: 15.1–16.8 (Elroq 60), 15.3–17.1 (85), 15.5–17.2 (85x), 16.2–17.5 (RS) kWh/100 km. Škoda data sheet, April 2026. | Market or version specific | https://cdn.skoda-storyboard.com/2024/10/TD-Elroq-en_new_b15eac3a.pdf |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 6 tests from 3 testers; winter range averaged 82% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-06) | Range | 422 km | 424 km WLTP | 100% | Holds up | Škoda Elroq 60 2025, rear-wheel drive, 235/55 R19 tyres; 6 to 17 °C, light rain early and heavy showers in the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/skoda-elroq?tab=test |
| NAF (2026-01) | Range | 309 km | 524 km WLTP | 59% | Cold-weather result | Škoda Elroq RS 2025, four-wheel drive; −8 to −31 °C, colder with altitude, dry roads, Norway | https://www.naf.no/bilguiden/bilmodell/skoda-elroq?tab=test |
| NAF (2026-01) | Rapid charging | 25 min 10–80% | 26 min 10–80% manufacturer claim | 104% | Cold-weather result | Škoda Elroq RS 2025; Winter, car driven warm for at least two hours and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/skoda-elroq?tab=test |
| NAF (2025-06) | Rapid charging | 27 min 10–80% | 25 min 10–80% manufacturer claim | 93% | Close | Škoda Elroq 60 2025; Summer, car driven warm for at least two hours and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/skoda-elroq?tab=test |
| ADAC (2025-04) | Efficiency | 18.2 kWh/100 km | 15.2 kWh/100 km WLTP | 84% | Falls short | Škoda Elroq 85, 210 kW, 77 kWh net, rear-wheel drive (01/25–04/26 model); ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/skoda/skoda-elroq/ |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Škoda Elroq 85, LHD; Euro NCAP 2025 protocols; adult occupant 90%, child occupant 87%, vulnerable road users 77%, safety assist 78% | https://www.euroncap.com/assessments/skoda/elroq/1128/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Škoda Elroq", checked 18 October 2026, https://charjin.com/cars/skoda/elroq

---

# Škoda Enyaq

Škoda's mid-size electric SUV, facelifted for 2025, with a 58 or 77 kWh battery and rear- or four-wheel drive; also sold as the Enyaq Coupé.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Enyaq iV before the 2025 facelift; Enyaq Coupé; versions Enyaq 60, 85, 85x and RS
- URL: https://charjin.com/cars/skoda/enyaq
- Last checked: 2026-10-18

## Is the Škoda Enyaq worth considering?

ADAC measured 18.9 kWh/100 km and a 465 km Ecotest range for the facelifted Enyaq 85x, about 14 per cent below its WLTP figure. NAF's range and charging tests are of the earlier Enyaq iV, so there is little independent cold-weather data for the current car.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 428–584 km | WLTP: Enyaq 60 428–456 km, Enyaq 85 and 85x 547–584 km, Enyaq RS 513–565 km. Škoda technical data sheet dated 23 April 2026, international. | Market or version specific | https://cdn.skoda-storyboard.com/2025/06/TD-Enyaq-en_new_db50ac09.pdf |
| Battery | 58 or 77 kWh usable | Net (gross): 58 (61) kWh LFP in the Enyaq 60; 77 (82) kWh NMC in the 85, 85x and RS. Škoda data sheet, April 2026. | Market or version specific | https://cdn.skoda-storyboard.com/2025/06/TD-Enyaq-en_new_db50ac09.pdf |
| Rapid charging | Up to 175 kW | Škoda's model page claims up to 175 kW and 10–80% in 28 minutes or less (26–29 minutes across versions); its April 2026 data sheet lists 105 kW/26 min for the Enyaq 60 and 165 kW/29 min for the 77 kWh versions. | Local check needed | https://www.skoda-storyboard.com/en/skoda-model/enyaq-iv-2/ |
| Efficiency | From 15.0 kWh/100 km | WLTP combined: 15.0–16.0 (Enyaq 60), 15.3–16.5 (85x), 15.9–17.6 (RS) kWh/100 km; the sheet's figure for the Enyaq 85 is misprinted, so it is not quoted here. | Market or version specific | https://cdn.skoda-storyboard.com/2025/06/TD-Enyaq-en_new_db50ac09.pdf |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 5 tests from 3 testers; winter range averaged 94% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-04) | Efficiency | 18.9 kWh/100 km | 16.2 kWh/100 km WLTP | 86% | Close | Škoda Enyaq 85x Sportline, 210 kW, four-wheel drive, 77 kWh net (01/25–04/26 model); ADAC Ecotest cycle at about 22 °C: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/skoda/skoda-enyaq/ |
| NAF (2022-01) | Range | 403 km | 477 km WLTP | 84% | Cold-weather result | Škoda Enyaq iV80X 2022, four-wheel drive, 77 kWh; 0 to −10 °C, mild winter conditions with mostly dry roads, Norway | https://www.naf.no/bilguiden/bilmodell/skoda-enyaq?tab=test |
| NAF (2022-06) | Range | 446 km | 477 km WLTP | 94% | Close | Škoda Enyaq iV80X 2022, four-wheel drive, 77 kWh; 7 to 15 °C, changeable weather with rain on parts of the route, Norway | https://www.naf.no/bilguiden/bilmodell/skoda-enyaq?tab=test |
| NAF (2022-01) | Rapid charging | 35 min 10–80% | 36 min 10–80% manufacturer claim | 103% | Cold-weather result | Škoda Enyaq iV80X 2022; Winter, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/skoda-enyaq?tab=test |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Rating based on the Škoda Elroq 85, LHD, applied to the Enyaq; Euro NCAP 2025 protocols; adult occupant 90%, child occupant 87%, vulnerable road users 77%, safety assist 78% | https://www.euroncap.com/assessments/skoda/enyaq/1128pm/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Škoda Enyaq", checked 18 October 2026, https://charjin.com/cars/skoda/enyaq

---

# Tesla Model 3

An efficient electric sedan with strong range, mature software, and broad fast-charging access.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- Names and versions: Model 3 Highland
- URL: https://charjin.com/cars/tesla/model-3
- Last checked: 2026-07-28

## Is the Tesla Model 3 worth considering?

Still one of the clearest long-distance EV choices. Check controls, insurance, and the exact regional specification before buying.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 750 km | WLTP, version dependent | Market or version specific | https://www.tesla.com/model3 |
| Battery | Not officially disclosed | Capacity and availability can change by version | Local check needed | https://www.tesla.com/model3 |
| Rapid charging | Up to 250 kW | About 15 minutes for up to 282 km claimed | Published reference | https://www.tesla.com/model3 |
| Efficiency | From 12.2 kWh/100 km | WLTP combined, Model 3 RWD standard version (572 km), Germany; the Premium Long Range RWD is 13.6 kWh/100 km. tesla.com/model3 shows a page for the visitor's own market | Market or version specific | https://www.tesla.com/de_de/model3 |

## Independent tests

Summary: 3 of 6 comparable claims hold up; 12 tests from 5 testers; winter range averaged 73% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-01) | Range | 536 km | 702 km WLTP | 76% | Cold-weather result | Tesla Model 3 Long Range RWD 320 hp 2024, Nokian Hakkapeliitta R5 EV 235/45 R18; −6 to +8 °C, freezing rain and a 45–60 minute stop on the Lunner to Lygna section, Norway | https://www.naf.no/bilguiden/bilmodell/tesla-model-3?tab=test |
| NAF (2025-06) | Range | 720.8 km | 702 km WLTP | 103% | Holds up | Tesla Model 3 Long Range RWD 320 hp 2024, 235/45 R18 tyres; 6 to 17 °C with light rain and heavy showers on the mountain, Norway | https://www.naf.no/bilguiden/bilmodell/tesla-model-3?tab=test |
| NAF (2024-01) | Range | 441 km | 629 km WLTP | 70% | Cold-weather result | Tesla Model 3 Long Range AWD 2024, Nokian Hakkapeliitta R5 EV 235/45 R18; −2 to −10 °C and windy, NAF route from Oslo over mountain roads, Norway | https://www.naf.no/bilguiden/bilmodell/tesla-model-3?tab=test |
| NAF (2024-06) | Range | 461 km | 513 km WLTP | 90% | Close | Tesla Model 3 RWD 283 hp 2024, 235/45 R18 tyres; NAF summer route, Norway; temperatures not stated on the page | https://www.naf.no/bilguiden/bilmodell/tesla-model-3?tab=test |
| NAF (2025-01) | Rapid charging | 32 min 10–80% |  |  |  | Tesla Model 3 Long Range RWD 320 hp 2024; Winter, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/tesla-model-3?tab=test |
| ADAC (2024-07) | Efficiency | 17.2 kWh/100 km | 13.2 kWh/100 km WLTP | 77% | Falls short | Tesla Model 3 RWD, 208 kW, 64.5 kWh net (09/23–10/25 model); ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/tesla/tesla-model-3/ |
| ADAC (2024-07) | Efficiency | 18.6 kWh/100 km | 14 kWh/100 km WLTP | 75% | Falls short | Tesla Model 3 Maximum Range AWD, 324 kW, 79 kWh net (09/23–10/25 model); ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/tesla/tesla-model-3/ |
| Edmunds (2026-09) | Range | 393 mi | 363 mi EPA | 108% | Beats the claim | 2026 Tesla Model 3 Long Range RWD (listed as Model 3 Premium RWD on fueleconomy.gov), US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 68°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 339 mi | 321 mi EPA | 106% | Beats the claim | 2026 Tesla Model 3 Standard RWD, US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 79°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Tesla Model 3, RWD, LHD (Premium RWD); Euro NCAP 2025 protocols; adult occupant 90%, child occupant 93%, vulnerable road users 89%, safety assist 87% | https://www.euroncap.com/assessments/tesla/model-3/1110/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Tesla Model 3, RWD and AWD, US market; NHTSA New Car Assessment Program; frontal 5, side 5, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Tesla/model/MODEL%203%20BEV |
| NHTSA (2026-10) | Recalls | 7 campaigns |  |  |  | Tesla Model 3, US market; Model years 2024–2026: 24V284000 (side airbag, one car), 24V554000 (bonnet latch), 24V935000 (tyre pressure warning), 25V002000 (computer board short, rear camera), 25V410000 (seat back fasteners, 2026), 25V690000 (battery pack contactors, 2025), 26V445000 (cars built for another market without knee airbags, 2024) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=TESLA&model=MODEL%203&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Tesla Model 3", checked 28 July 2026, https://charjin.com/cars/tesla/model-3

---

# Tesla Model Y

The global reference point for electric family crossovers, with a large charging network and unusually efficient packaging.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Model Y Juniper
- URL: https://charjin.com/cars/tesla/model-y
- Last checked: 2026-07-28

## Is the Tesla Model Y worth considering?

A highly efficient all-rounder. Its strongest case is ease of long-distance charging, while ride, controls, pricing, and equipment vary by market.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 622 km | WLTP, version dependent | Market or version specific | https://www.tesla.com/modely |
| Battery | Not officially disclosed | Capacity and availability can change by version | Local check needed | https://www.tesla.com/modely |
| Rapid charging | Up to 250 kW | Manufacturer claims vary by version | Market or version specific | https://www.tesla.com/modely |
| Efficiency | From 14.0 kWh/100 km | WLTP combined, Model Y Standard RWD and Premium Long Range RWD, Germany; tesla.com/modely shows a page for the visitor's own market | Market or version specific | https://www.tesla.com/de_de/modely |

## Independent tests

Summary: 3 of 4 comparable claims hold up; 9 tests from 5 testers; winter range averaged 57% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-06) | Range | 652.1 km | 586 km WLTP | 111% | Beats the claim | Tesla Model Y Premium Long Range AWD (2025 update), 255/45 R19 tyres; 6 to 17 °C with light rain and heavy showers on the mountain, Norway | https://www.naf.no/bilguiden/bilmodell/tesla-model-y?tab=test |
| NAF (2026-01) | Range | 359 km | 629 km WLTP | 57% | Cold-weather result | Tesla Model Y Premium Long Range AWD; −8 to −31 °C, colder with altitude, dry roads, Norway | https://www.naf.no/bilguiden/bilmodell/tesla-model-y?tab=test |
| NAF (2025-06) | Rapid charging | 31 min 10–80% |  |  |  | Tesla Model Y Premium Long Range AWD (2025 update); Summer, car driven warm and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/tesla-model-y?tab=test |
| ADAC (2026-08) | Efficiency | 16.4 kWh/100 km | 13.4 kWh/100 km WLTP | 82% | Falls short | Tesla Model Y Standard, RWD, 220 kW, 60 kWh net LFP (from 10/25); ADAC test cycle (tightened procedure); consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/tesla/tesla-model-y/ |
| Edmunds (2026-09) | Range | 337 mi | 321 mi EPA | 105% | Beats the claim | 2026 Tesla Model Y Standard RWD, US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 71°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 327 mi | 327 mi EPA | 100% | Holds up | 2026 Tesla Model Y Long Range AWD Launch Series, US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 64°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Tesla Model Y, dual motor AWD, LHD (Premium Long Range AWD); Euro NCAP 2025 protocols; adult occupant 91%, child occupant 93%, vulnerable road users 86%, safety assist 92% | https://www.euroncap.com/assessments/tesla/model-y/1181/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Tesla Model Y, RWD and AWD, US market; NHTSA New Car Assessment Program; frontal 5, side 5, rollover 5 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Tesla/model/MODEL%20Y%20BEV |
| NHTSA (2026-10) | Recalls | 8 campaigns |  |  |  | Tesla Model Y (2026 model year, updated design), US market; Model year 2026: 25V359000 (washer nozzles), 25V410000 (seat back fasteners), 25V490000 (horn), 25V658000 (reversing lights), 25V690000 (battery pack contactors), 26V315000 (certification label), 26V445000 (cars built for another market without knee airbags), 26V558000 (front suspension fasteners) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=TESLA&model=MODEL%20Y&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Tesla Model Y", checked 28 July 2026, https://charjin.com/cars/tesla/model-y

---

# Toyota bZ4X

Toyota's electric mid-size SUV, updated for 2026 with 57.7 kWh or 73.1 kWh batteries, front- or all-wheel drive and battery preconditioning for faster charging.

- Powertrain: Electric
- Body: SUV
- Seats: 5
- Names and versions: Sold as the bZ in the US from model year 2026; the bZ4X Touring is a longer estate version
- URL: https://charjin.com/cars/toyota/bz4x
- Last checked: 2026-10-18

## Is the Toyota bZ4X worth considering?

The 2026 update addressed the old car's weak points: NAF's summer 2026 test matched both the 506 km WLTP figure and the 30-minute charging claim, and Edmunds beat the EPA range for the US version. Winter results for the earlier car were poor, at 314 km against 460 km in NAF's 2024 test, and the updated car has not yet had a winter test.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 444–569 km | WLTP on 18-inch wheels, Toyota Germany: 444 km for the 57.7 kWh FWD, 569 km for the 73.1 kWh FWD; the bZ4X Touring reaches 591 km. US EPA (fueleconomy.gov, 2026 bZ): 236–314 miles. | Market or version specific | https://www.toyota.de/neuwagen/bz4x |
| Battery | 57.7 or 73.1 kWh | Gross capacity, Toyota Germany; 54 and 69 kWh net. The bZ4X Touring has 74.7 kWh. | Market or version specific | https://www.toyota.de/neuwagen/bz4x |
| Rapid charging | Up to 150 kW | 10–80% in about 28 minutes at 25 °C on a 150 kW charger, Toyota Germany; another footnote on the same page says about 30 minutes. | Market or version specific | https://www.toyota.de/neuwagen/bz4x |
| Efficiency | 13.9–15.9 kWh/100 km | WLTP combined, Toyota Germany; 13.9 kWh/100 km for both the 58 kWh Comfort and 73 kWh Teamplayer FWD. | Market or version specific | https://www.toyota.de/neuwagen/bz4x |

## Independent tests

Summary: 3 of 3 comparable claims hold up; 6 tests from 4 testers; winter range averaged 68% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2026-06) | Range | 506 km | 506 km WLTP | 100% | Holds up | Toyota bZ4X Executive (2026 update, 69 kWh net); NAF summer route from Oslo into the mountains, Norway; forecasts along the route of 10 to 24 °C | https://www.naf.no/bilguiden/bilmodell/toyota-bz4x?tab=test |
| NAF (2026-06) | Rapid charging | 30 min 10–80% | 30 min 10–80% manufacturer claim | 100% | Holds up | Toyota bZ4X Executive (2026 update); Summer, car driven warm before charging, 10–80% | https://www.naf.no/bilguiden/bilmodell/toyota-bz4x?tab=test |
| NAF (2024-01) | Range | 313.5 km | 460 km WLTP | 68% | Cold-weather result | Toyota bZ4X AWD Active Tech 2023 (before the 2026 update); −2 to −10 °C, windy as a storm approached, Oslo to the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/toyota-bz4x?tab=test |
| Edmunds (2026-09) | Range | 331 mi | 314 mi EPA | 105% | Beats the claim | 2026 Toyota bZ XLE Plus FWD (US name for the updated bZ4X, larger battery); Edmunds route, about 60% city and 40% highway, 74 °F, US | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | Toyota bZ4X 2025 range; rating covers bZ4X FWD and AWD and bZ4X Touring; Euro NCAP 2025 protocols; adult occupant 88%, child occupant 85%, vulnerable road users 80%, safety assist 79% | https://www.euroncap.com/assessments/toyota/bz4x/1163/ |
| NHTSA (2026-10) | Recalls | 1 campaigns |  |  |  | 2026 Toyota bZ, US market; Model year 2026: 26V393 (fault in the high-voltage battery control unit). Earlier bZ4X cars: 25V577 (defroster) and 25V744 (camera display) for 2023–2025, 24V548 (labels) for 2023–2024 and 22V444 (wheel hub) for 2023 | https://api.nhtsa.gov/recalls/recallsByVehicle?make=TOYOTA&model=BZ&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Toyota bZ4X", checked 18 October 2026, https://charjin.com/cars/toyota/bz4x

---

# Toyota Corolla Cross Hybrid

A compact self-charging hybrid SUV sold with 140 hp and 180–200 hp hybrid systems, depending on market.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: Toyota Frontlander (China)
- URL: https://charjin.com/cars/toyota/corolla-cross-hybrid
- Last checked: 2026-10-18

## Is the Toyota Corolla Cross Hybrid worth considering?

It suits drivers who want low fuel use without plugging in, and it holds five-star ratings from both Euro NCAP (2022) and NHTSA (2025 AWD). The US version has had six recall campaigns across model years 2023–2026, so check that any open recalls have been done.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Not a plug-in | Self-charging hybrid; no electric range figure | Published reference | https://www.toyota.ie/new-cars/corolla-cross |
| Battery | Not published | Small hybrid battery; Toyota Ireland's model page does not state its capacity | Local check needed | https://www.toyota.ie/new-cars/corolla-cross |
| Rapid charging | No charging socket | Self-charging hybrid; the battery is charged by the engine and braking | Published reference | https://www.toyota.ie/new-cars/corolla-cross |
| Efficiency | 4.9–5.0 L/100 km | WLTP combined, Hybrid 140 (103 kW), Ireland, 112–114 g/km CO2; Hybrid 200 (132 kW) is 5.2 L/100 km. US EPA rating for 2025 AWD hybrid is 42 mpg combined | Market or version specific | https://www.toyota.ie/new-cars/corolla-cross |

## Independent tests

Summary: no directly comparable claims; 3 tests from 2 testers; safety 5 stars, Euro NCAP 2022.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Euro NCAP (2022-11) | Safety rating | 5 stars |  |  |  | Toyota Corolla Cross 2.0 hybrid, LHD; Euro NCAP 2022 protocols: adult occupant 85%, child occupant 83%, vulnerable road users 87%, safety assist 82% | https://www.euroncap.com/en/results/toyota/corolla-cross/47763 |
| NHTSA (2025) | Safety rating | 5 stars |  |  |  | 2025 Toyota Corolla Cross Hybrid SUV AWD (US); US NCAP: frontal 4 stars, side 5 stars, rollover 4 stars | https://api.nhtsa.gov/SafetyRatings/VehicleId/20256 |
| NHTSA (2026-10) | Recalls | 6 campaigns |  |  |  | Toyota Corolla Cross Hybrid (US), model years 2023–2026; Model years 2023–2026; campaigns 23V480, 24V548, 24V708, 25V040, 26V203, 25V869 (steering column, labels, brake software, pedestrian alert sound, hybrid inverter) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=toyota&model=corolla%20cross%20hybrid&modelYear=2023 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Toyota Corolla Cross Hybrid", checked 18 October 2026, https://charjin.com/cars/toyota/corolla-cross-hybrid

---

# Toyota Prius

The best-known hybrid nameplate, now offered with conventional and plug-in hybrid powertrains in selected markets.

- Powertrain: Hybrid / PHEV
- Body: Liftback
- Names and versions: Prius Plug-in Hybrid, Prius Prime
- URL: https://charjin.com/cars/toyota/prius
- Last checked: 2026-07-28

## Is the Toyota Prius worth considering?

An efficiency-first choice with proven hybrid logic. The lower roof and market-limited availability matter more than the headline economy figure.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 86 km electric | WLTP, PHEV version | Market or version specific | https://global.toyota/en/mobility/toyota-brand/gallery/prius.html |
| Battery | Up to 13.6 kWh | Capacity and availability can change by version | Market or version specific | https://global.toyota/en/mobility/toyota-brand/gallery/prius.html |
| Rapid charging | Not generally supported | AC charging for PHEV versions | Market or version specific | https://global.toyota/en/mobility/toyota-brand/gallery/prius.html |
| Efficiency | Testing standard dependent | Official figure; testing standard can differ by market | Local check needed | https://global.toyota/en/mobility/toyota-brand/gallery/prius.html |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 4 tests from 2 testers; safety 5 stars, NHTSA 2026.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2026-08) | Range | 60 km | 71 km WLTP | 85% | Falls short | Toyota Prius 2.0 Plug-in Hybrid Advanced, 13.6 kWh battery (07/23–07/26 model); ADAC consumption test, electric driving from a full battery; Germany | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/toyota/toyota-prius/ |
| ADAC (2026-08) | Efficiency | 5.1 L/100 km |  |  |  | Toyota Prius 2.0 Plug-in Hybrid Advanced, 13.6 kWh battery (07/23–07/26 model); ADAC consumption test with the battery empty (default hybrid mode); combined from a full battery was 3.2 l plus 7.6 kWh per 100 km | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/toyota/toyota-prius/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Toyota Prius hybrid, FWD and AWD, US market; NHTSA New Car Assessment Program; frontal 5, side 5, rollover 4 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Toyota/model/PRIUS%20HEV |
| NHTSA (2026-10) | Recalls | 4 campaigns |  |  |  | Toyota Prius, US market; Model years 2023–2026: 24V274000 and 26V049000 (water in rear door switch; 26V049000 also covers Prius Prime and Plug-in Hybrid), 24V548000 (labels, Gulf States Toyota), 25V744000 (panoramic view monitor) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=TOYOTA&model=PRIUS&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Toyota Prius", checked 28 July 2026, https://charjin.com/cars/toyota/prius

---

# Toyota RAV4 Hybrid

A globally familiar family SUV offered as a conventional hybrid and, in many markets, a plug-in hybrid.

- Powertrain: Hybrid / PHEV
- Body: SUV
- Seats: 5
- Names and versions: RAV4 Plug-in Hybrid, RAV4 Prime
- URL: https://charjin.com/cars/toyota/rav4-hybrid
- Last checked: 2026-07-28

## Is the Toyota RAV4 Hybrid worth considering?

The conventional hybrid suits drivers who cannot charge. The plug-in version makes sense when most daily trips fit inside its electric range.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Market dependent | Electric range applies to PHEV only | Local check needed | https://global.toyota/en/mobility/toyota-brand/gallery/rav4.html |
| Battery | Varies by powertrain | Capacity and availability can change by version | Local check needed | https://global.toyota/en/mobility/toyota-brand/gallery/rav4.html |
| Rapid charging | Not generally supported | AC charging for PHEV versions | Market or version specific | https://global.toyota/en/mobility/toyota-brand/gallery/rav4.html |
| Efficiency | Testing standard dependent | Official figure; testing standard can differ by market | Local check needed | https://global.toyota/en/mobility/toyota-brand/gallery/rav4.html |

## Independent tests

Summary: 0 of 2 comparable claims hold up; 4 tests from 3 testers; safety 5 stars, Euro NCAP 2019.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2019-04) | Efficiency | 5.6 L/100 km | 4.5 L/100 km manufacturer claim | 80% | Falls short | Toyota RAV4 2.5 Hybrid Business Edition, FWD, 160 kW (fifth generation, XA5); ADAC Ecotest cycle; 3.6 l urban, 5.0 l rural, 8.0 l/100 km motorway | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/toyota/rav4/xa5/296851/ |
| ADAC (2020-11) | Range | 55 km | 75 km WLTP | 73% | Falls short | Toyota RAV4 2.5 Plug-in Hybrid Technik-Paket AWD-i, 225 kW (fifth generation, XA5); ADAC Ecotest electric cycle from a full battery; electric consumption 24.6 kWh/100 km including charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/toyota/rav4/xa5/316439/ |
| Euro NCAP (2019) | Safety rating | 5 stars |  |  |  | Toyota RAV4 Hybrid AWD, LHD (fifth generation); Euro NCAP 2019 protocols; adult occupant 93%, child occupant 87%, vulnerable road users 85%, safety assist 77% | https://www.euroncap.com/assessments/toyota/rav4/0764/ |
| NHTSA (2026-10) | Recalls | 1 campaigns |  |  |  | Toyota RAV4 Hybrid, US market; Model year 2026: 26V571000 (labels) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=TOYOTA&model=RAV4%20HYBRID&modelYear=2026 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Toyota RAV4 Hybrid", checked 28 July 2026, https://charjin.com/cars/toyota/rav4-hybrid

---

# Volkswagen ID.3

Volkswagen's electric compact hatchback, updated in 2026 as the ID.3 Neo with a 50, 58 or 79 kWh battery.

- Powertrain: Electric
- Body: Hatchback
- Seats: 5
- Names and versions: ID.3 Neo from 2026; performance versions ID.3 GTX and ID.3 GTI; earlier trims Pure, Pro and Pro S
- URL: https://charjin.com/cars/volkswagen/id-3
- Last checked: 2026-10-18

## Is the Volkswagen ID.3 worth considering?

ADAC's Ecotest of the 2023–2026 ID.3 measured 16.3 to 19.2 kWh/100 km and 450 to 530 km of range, roughly 12 to 20 per cent below the official figures. The 2026 ID.3 Neo has new motors and higher official ranges but no independent test was found yet, so treat the older results as a guide only.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 630 km | WLTP, ID.3 Neo with the 79 kWh battery in its most range-favourable equipment; VW newsroom world premiere release, Europe, April 2026. The release does not give ranges for the 50 and 58 kWh versions. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/world-premiere-of-the-id3-neo-new-name-new-design-new-interior-and-new-technologies-20320 |
| Battery | 50, 58 or 79 kWh usable | Net capacities: 50 kWh with the 125 kW motor (standard on Trend), 58 kWh with 140 kW and 79 kWh with 170 kW (options on Life and Style). VW newsroom, Europe. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/world-premiere-of-the-id3-neo-new-name-new-design-new-interior-and-new-technologies-20320 |
| Rapid charging | Up to 183 kW | 79 kWh version up to 183 kW; 50 and 58 kWh versions up to 105 kW. VW gives no 10–80% time in this release. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/world-premiere-of-the-id3-neo-new-name-new-design-new-interior-and-new-technologies-20320 |
| Efficiency | From 13.9 kWh/100 km | WLTP combined 13.9–15.7 kWh/100 km across the ID.3 Neo range: 13.9–14.9 for the 125 and 140 kW versions, 14.4–15.7 for 170 kW. VW newsroom, Europe. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/world-premiere-of-the-id3-neo-new-name-new-design-new-interior-and-new-technologies-20320 |

## Independent tests

Summary: 0 of 1 comparable claims hold up; 5 tests from 3 testers; winter range averaged 81% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| ADAC (2025-08) | Efficiency | 16.3 kWh/100 km | 14.5 kWh/100 km WLTP | 89% | Close | VW ID.3 GTX, 210 kW, 79 kWh net (2024–2026 model, before the ID.3 Neo); ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-3/ |
| ADAC (2025-08) | Efficiency | 19.2 kWh/100 km |  |  |  | VW ID.3 Pro S four-seater, 170 kW, 77 kWh net (built 10/23–05/24); ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-3/ |
| ADAC (2025-08) | Rapid charging | 29 min 10–80% |  |  |  | VW ID.3 Pro S, 77 kWh net (pre-2026 model); DC rapid charging to 80%; the page does not state the starting charge level | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-3/ |
| NAF (2022-01) | Range | 435 km | 539 km WLTP | 81% | Cold-weather result | Volkswagen ID.3 Pro S Tour 2021, 77 kWh; NAF winter range test, Norway, January 2022; temperatures not stated for this test on the page | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-3?tab=test |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | VW ID.3 Pro, LHD; Euro NCAP 2025 reassessment of the 2020 rating after improvements by VW; adult occupant 86%, child occupant 87%, vulnerable road users 78%, safety assist 76% | https://www.euroncap.com/assessments/volkswagen/id.3/1101/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Volkswagen ID.3", checked 18 October 2026, https://charjin.com/cars/volkswagen/id-3

---

# Volkswagen ID.4

A conventional-feeling family EV with rear or all-wheel drive and broad international availability.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: ID.4 Pro
- URL: https://charjin.com/cars/volkswagen/id-4
- Last checked: 2026-07-28

## Is the Volkswagen ID.4 worth considering?

Comfortable, practical, and widely supported. Software generation and charging performance differ enough that model year matters.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 574 km | WLTP, ID.4 Pro with Infotainment package, 77.0 kWh net, Germany; VW Germany says the ID.4 can no longer be ordered to individual specification | Market or version specific | https://www.volkswagen.de/de/modelle/id4.html |
| Battery | 52, 77 or 79 kWh | UK line-up (Pure, Pro and GTX); the UK page does not say gross or net, while VW Germany quotes 77.0 kWh net for the Pro | Market or version specific | https://www.volkswagen.co.uk/en/electric-and-hybrid/electric-cars/id4.html |
| Rapid charging | Up to 165 kW | 10–80% in about 29 minutes under optimal conditions claimed, Germany | Published reference | https://www.volkswagen.de/de/modelle/id4.html |
| Efficiency | From 15.4 kWh/100 km | WLTP combined 15.4–17.6 kWh/100 km for the ID.4 Pro with Infotainment package, Germany | Market or version specific | https://www.volkswagen.de/de/modelle/id4.html |

## Independent tests

Summary: 3 of 4 comparable claims hold up; 8 tests from 5 testers; winter range averaged 85% of the official figure; safety 5 stars, Euro NCAP 2025.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| Edmunds (2026-09) | Range | 299 mi | 291 mi EPA | 103% | Holds up | 2024 Volkswagen ID.4 Pro S (RWD, 77 kWh), US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 67°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| Edmunds (2026-09) | Range | 269 mi | 255 mi EPA | 105% | Beats the claim | 2023 Volkswagen ID.4 AWD Pro S, US; Edmunds route in Southern California, about 60% city and 40% highway, climate on auto at 72 °F, US; 62°F average on the day | https://www.edmunds.com/car-news/electric-car-range-and-consumption-epa-vs-edmunds.html |
| NAF (2022-01) | Range | 414 km | 485 km WLTP | 85% | Cold-weather result | Volkswagen ID.4 Pro 77 kWh 204 hp 2022; 0 to −10 °C, changeable winter conditions, Norway | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-4?tab=test |
| NAF (2021-06) | Range | 532 km | 487 km WLTP | 109% | Beats the claim | Volkswagen ID.4 77 kWh 204 hp 1st Max 2021; 20 to 25 °C with no wind, Norway | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-4?tab=test |
| ADAC (2021-05) | Efficiency | 22.8 kWh/100 km | 16.5 kWh/100 km WLTP | 72% | Falls short | VW ID.4 Pro Performance Max, 150 kW, 77 kWh (edition model sold until 05/21); ADAC Ecotest cycle: air conditioning on, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-4/ |
| Euro NCAP (2025) | Safety rating | 5 stars |  |  |  | VW ID.4 Pro, 4x2, LHD; Euro NCAP 2025 protocols; adult occupant 89%, child occupant 87%, vulnerable road users 84%, safety assist 76% | https://www.euroncap.com/assessments/volkswagen/id4/1116/ |
| NHTSA (2026) | Safety rating | 5 stars |  |  |  | 2026 Volkswagen ID.4, RWD and AWD, US market; NHTSA New Car Assessment Program; frontal 5, side 5, rollover 4 stars | https://api.nhtsa.gov/SafetyRatings/modelyear/2026/make/Volkswagen/model/ID.4%20BEV |
| NHTSA (2026-10) | Recalls | 10 campaigns |  |  |  | Volkswagen ID.4, US market; Model years 2024–2026: 23V750000 (sunshade), 24V643000 (passenger airbag inflator fasteners), 24V651000 (door handles), 25V125000 (12V battery charging), 25V434000 (chassis bolts), 25V835000 (wheel bolts, 2026), 25V836000, 26V028000, 26V030000 and 26V630000 (high-voltage battery) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=VOLKSWAGEN&model=ID.4&modelYear=2024 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Volkswagen ID.4", checked 28 July 2026, https://charjin.com/cars/volkswagen/id-4

---

# Volkswagen ID.7

Volkswagen's large electric fastback, also sold as the ID.7 Tourer estate, with a 77 or 86 kWh battery and rear- or four-wheel drive.

- Powertrain: Electric
- Body: Liftback
- Seats: 5
- Names and versions: ID.7 (fastback) and ID.7 Tourer (estate); versions Pro, Pro S and GTX
- URL: https://charjin.com/cars/volkswagen/id-7
- Last checked: 2026-10-18

## Is the Volkswagen ID.7 worth considering?

NAF measured 595 km from an ID.7 Tourer GTX in summer, slightly above its WLTP figure, but 414 to 434 km in winter, and ADAC's Ecotest gave 475 to 485 km. Charging matched Volkswagen's claims in NAF's tests, at 26 minutes from 10 to 80 per cent for the 86 kWh car.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | Up to 709 km | WLTP: ID.7 Pro S (86 kWh) up to 709 km, ID.7 Tourer Pro S up to 690 km, ID.7 GTX up to 595 km, ID.7 GTX Tourer up to 584 km. VW newsroom release, Germany, June 2024 (now archived). | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/new-id7-models-extremely-dynamic-gtx-and-a-wltp-range-of-up-to-709-kilometres-with-the-id7-pro-s-18434 |
| Battery | 77 or 86 kWh usable | 77 kWh net in Pro versions; 86 kWh net (91 kWh gross) in Pro S and GTX versions. VW newsroom. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/new-id7-models-extremely-dynamic-gtx-and-a-wltp-range-of-up-to-709-kilometres-with-the-id7-pro-s-18434 |
| Rapid charging | Up to 200 kW | Pro S and GTX up to 200 kW, Pro up to 175 kW; 10–80% in 26 minutes claimed for the 86 kWh GTX. VW newsroom. | Market or version specific | https://www.volkswagen-newsroom.com/en/press-releases/new-id7-models-extremely-dynamic-gtx-and-a-wltp-range-of-up-to-709-kilometres-with-the-id7-pro-s-18434 |
| Efficiency | From 13.6 kWh/100 km | WLTP combined: Pro 14.0–16.1, Pro S 13.6–16.2, GTX 16.2–18.4 kWh/100 km; Tourer versions 14.0–18.8. VW newsroom model page, German market. | Market or version specific | https://www.volkswagen-newsroom.com/en/id7-18426 |

## Independent tests

Summary: 1 of 3 comparable claims hold up; 7 tests from 3 testers; winter range averaged 82% of the official figure; safety 5 stars, Euro NCAP 2023.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025-01) | Range | 434 km | 571 km WLTP | 76% | Cold-weather result | Volkswagen ID.7 Tourer GTX 4Motion 86 kWh Exclusive 2025, Continental VikingContact 8 235/50 R19 front, 255/45 R19 rear; −6 to +8 °C, Lunner to Lygna route, Norway; freezing rain and a 45–60 minute stop waiting for lorries to fit chains | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-7?tab=test |
| NAF (2025-06) | Range | 595 km | 568 km WLTP | 105% | Beats the claim | Volkswagen ID.7 Tourer GTX 4Motion 86 kWh Exclusive 2025, 235/45 R20 front, 255/40 R20 rear; 6 to 17 °C, light rain early and heavy showers in the mountains, Norway | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-7?tab=test |
| NAF (2024-01) | Range | 414 km | 587 km WLTP | 71% | Cold-weather result | Volkswagen ID.7 Pro 77 kWh 286 hp 2024, Continental VikingContact 7 235/50 R19 front, 255/45 R19 rear; −2 to −10 °C, increasingly windy, Norway | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-7?tab=test |
| NAF (2025-01) | Rapid charging | 26 min 10–80% | 26 min 10–80% manufacturer claim | 100% | Cold-weather result | Volkswagen ID.7 Tourer GTX 4Motion 86 kWh Exclusive 2025; Winter, car driven warm for at least two hours and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/volkswagen-id-7?tab=test |
| ADAC (2025-01) | Efficiency | 18.1 kWh/100 km | 14.6 kWh/100 km WLTP | 81% | Falls short | VW ID.7 Pro, 210 kW, 77 kWh net, optional 20-inch wheels and adaptive dampers; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-7/ |
| ADAC (2025-01) | Efficiency | 19.5 kWh/100 km | 16.4 kWh/100 km WLTP | 84% | Falls short | VW ID.7 Tourer GTX 4Motion, 250 kW, 86 kWh net; ADAC Ecotest cycle: air conditioning on, extra load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/vw/vw-id-7/ |
| Euro NCAP (2023) | Safety rating | 5 stars |  |  |  | VW ID.7 'Pro', LHD; Euro NCAP 2023 protocols; adult occupant 95%, child occupant 88%, vulnerable road users 83%, safety assist 80% | https://www.euroncap.com/assessments/volkswagen/id.7/1025/ |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Volkswagen ID.7", checked 18 October 2026, https://charjin.com/cars/volkswagen/id-7

---

# Volvo EX30

Volvo's smallest electric car, a compact crossover offered with a 51 kWh or 69 kWh battery and rear- or four-wheel drive.

- Powertrain: Electric
- Body: Crossover
- Seats: 5
- Names and versions: Sold as EX30 and EX30 Cross Country; versions named Single Motor, Single Motor Extended Range and Twin Motor Performance earlier, now P3, P5, P5 Long Range and P8 AWD
- URL: https://charjin.com/cars/volvo/ex30
- Last checked: 2026-10-18

## Is the Volvo EX30 worth considering?

The 69 kWh rear-wheel-drive version is the one to look at: NAF measured 368 to 376 km in Norway and Edmunds beat the EPA figure, against an official 475 km WLTP. Expect roughly a fifth less than the WLTP range in real use, and check which charging speed and recall work apply to the car you are offered.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 337–475 km | WLTP combined, Volvo international site: 337 km for P3/P5 (51 kWh), 475 km for P3/P5 Long Range (69 kWh), 450 km for P8 AWD. US EPA: 261 miles for the 2026 Single Motor Extended Range. | Market or version specific | https://www.volvocars.com/intl/cars/ex30-electric/specifications/ |
| Battery | 51 or 69 kWh | Nominal capacity as stated by Volvo; 51 kWh for P3 and P5, 69 kWh for Long Range and P8 AWD. Volvo does not state usable capacity on this page. | Market or version specific | https://www.volvocars.com/intl/cars/ex30-electric/specifications/ |
| Rapid charging | Up to 175 kW | 10–80% in 27–28 minutes claimed at 175 kW for 69 kWh versions; 26 minutes at 150 kW for 51 kWh versions. Volvo international site. | Market or version specific | https://www.volvocars.com/intl/cars/ex30-electric/specifications/ |
| Efficiency | From 17 kWh/100 km | WLTP combined: 17.0 kWh/100 km for P3/P5 Long Range, 17.1 for 51 kWh versions, 17.5 for P8 AWD. US EPA: 29 kWh/100 mi for the 2026 Single Motor Extended Range. | Market or version specific | https://www.volvocars.com/intl/cars/ex30-electric/specifications/ |

## Independent tests

Summary: 2 of 4 comparable claims hold up; 9 tests from 5 testers; winter range averaged 86% of the official figure; safety 5 stars, Euro NCAP 2024.

| Tester | Kind | Measured | Official | Share of claim | Verdict | Version and conditions | Source |
|---|---|---|---|---|---|---|---|
| NAF (2025) | Range | 368 km | 472 km WLTP | 78% | Cold-weather result | Volvo EX30 272 hp Extended Range RWD Ultra 2025, Nokian Hakkapeliitta R5 EV 245/45 R19; −6 to +8 °C, Lunner to Lygna route, Norway; freezing rain and a 45–60 minute stop waiting for lorries to fit chains | https://www.naf.no/bilguiden/bilmodell/volvo-ex30?tab=test |
| NAF (2024) | Range | 375.6 km | 472 km WLTP | 80% | Falls short | Volvo EX30 272 hp Extended Range RWD Plus 2024, 245/40 R20 tyres; NAF summer range test route, Norway; temperatures not stated on the page | https://www.naf.no/bilguiden/bilmodell/volvo-ex30?tab=test |
| NAF (2025) | Rapid charging | 28 min 10–80% | 26 min 10–80% manufacturer claim | 93% | Cold-weather result | Volvo EX30 272 hp Extended Range RWD Ultra 2025 (64.5 kWh net as listed by NAF); Winter, car driven warm for at least two hours and battery preconditioned where possible, 10–80% | https://www.naf.no/bilguiden/bilmodell/volvo-ex30?tab=test |
| ADAC (2025-11) | Efficiency | 19.5 kWh/100 km | 17 kWh/100 km WLTP | 87% | Close | Volvo EX30 Single Motor Extended Range Ultra, 200 kW, 69 kWh (65 kWh net); ADAC Ecotest cycle: air conditioning on, 200 kg load, includes a motorway section; consumption includes charging losses | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/volvo/volvo-ex-30/ |
| ADAC (2025-11) | Rapid charging | 29 min 10–80% |  |  |  | Volvo EX30 69 kWh test car (variant not named for the charging test); DC rapid charging, 10–80% | https://www.adac.de/rund-ums-fahrzeug/autokatalog/marken-modelle/volvo/volvo-ex-30/ |
| Edmunds (2026-04) | Range | 279 mi | 261 mi EPA | 107% | Beats the claim | 2026 Volvo EX30 Single Motor Extended Range, 69 kWh, RWD; Edmunds route, 60% city and 40% highway, 40 mph average, climate on auto at 72 °F, US | https://www.edmunds.com/car-news/2026-volvo-ex30-single-motor-ev-range-tested.html |
| Edmunds (2026-04) | Range | 256 mi | 253 mi EPA | 101% | Holds up | Volvo EX30 Twin Motor Performance, 69 kWh, AWD (model year and wheels not stated in the report); Edmunds route, 60% city and 40% highway, 40 mph average, US | https://www.edmunds.com/car-news/2026-volvo-ex30-single-motor-ev-range-tested.html |
| Euro NCAP (2024) | Safety rating | 5 stars |  |  |  | Volvo EX30 Plus, Single Motor Extended Range (4x2); Euro NCAP 2024 protocols; adult occupant 88%, child occupant 85%, vulnerable road users 79%, safety assist 80% | https://www.euroncap.com/assessments/volvo/ex30/1098/ |
| NHTSA (2026-10) | Recalls | 4 campaigns |  |  |  | Volvo EX30, US market; Model years 2025 and 2026: 26V001 and 26V103 (traction battery short circuit, 2025 only; 26V103 replaces 26V001), 26V136 (seat belt chime), 26V671 (front head restraint cushion) | https://api.nhtsa.gov/recalls/recallsByVehicle?make=VOLVO&model=EX30&modelYear=2025 |

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Volvo EX30", checked 18 October 2026, https://charjin.com/cars/volvo/ex30

---

# Xiaomi SU7

Xiaomi's large electric saloon, sold in China in a new generation since 2026 as the SU7, SU7 Pro and twin-motor SU7 Max.

- Powertrain: Electric
- Body: Sedan
- Seats: 5
- Names and versions: Sold as the new-generation SU7 (新一代 SU7) in SU7, SU7 Pro and SU7 Max versions; separate from the high-performance SU7 Ultra
- URL: https://charjin.com/cars/xiaomi/su7
- Last checked: 2026-10-18

## Is the Xiaomi SU7 worth considering?

Xiaomi's official figures are strong, with up to 902 km on the Chinese CLTC cycle and 10–80% charging in as little as 12 minutes for the Max, but CLTC results are not comparable with WLTP or EPA figures. No independent range, charging or crash test from NAF, ADAC, Euro NCAP, Edmunds or Car and Driver was found, so real-world performance is unconfirmed.

## Official figures

| Figure | Value | Conditions | Confidence | Source |
|---|---|---|---|---|
| Official range | 720–902 km | CLTC, Xiaomi's official China configuration page for the new-generation SU7 (the official basis for this car): 720 km SU7, 902 km SU7 Pro, 835 km SU7 Max, all on 19-inch wheels; 20- and 21-inch wheels cut this to 630–805 km. CLTC figures are not converted to WLTP or EPA here. | Market or version specific | https://www.xiaomiev.com/xiaomi/car-config |
| Battery | 73, 96.3 or 101.7 kWh | 73 kWh LFP for the SU7, 96.3 kWh LFP for the SU7 Pro, 101.7 kWh NMC for the SU7 Max, as listed by Xiaomi; Xiaomi does not say whether these are usable figures. | Market or version specific | https://www.xiaomiev.com/xiaomi/car-config |
| Rapid charging | 10–80% in 12–21 minutes claimed | Xiaomi claims 10–80% in 20 minutes (SU7), 21 minutes (Pro) and 12 minutes (Max), with peak charge rates of 3.5C and 5.2C respectively and 752 V or 897 V peak voltage. No peak kW figure is given. | Market or version specific | https://www.xiaomiev.com/xiaomi/car-config |
| Efficiency | Not published | Xiaomi's configuration table gives no energy consumption figure for any version. | Local check needed | https://www.xiaomiev.com/xiaomi/car-config |

## Independent tests

No independent test recorded yet.

Verdicts: Beats the claim (103% or more), Holds up (95–103%), Close (85–95%), Falls short (below 85%). Winter results are reported, not judged. Method: https://charjin.com/methodology#evidence-check

Cite as: Charjin car file, "Xiaomi SU7", checked 18 October 2026, https://charjin.com/cars/xiaomi/su7