DEV Community: Michael Su

No Home Charger in Germany? How Apartment Residents Charge an EV in 2026

Michael Su — Thu, 01 Oct 2026 13:01:05 +0000

Around half of Germans live in apartments (Mehrfamilienhäuser), not single-family homes — which means no driveway and no private wallbox. If you are considering an EV but have no charger at home, the good news is that 2026 is the easiest year yet to make it work. Germany now runs one of the world's largest public charging networks, tenants gained a legal right to install chargers, and a new federal subsidy specifically targets apartment-building charging. Here is the practical playbook.

The network is bigger than you think

Germany's federal grid regulator (Bundesnetzagentur) counted 196,353 public charging points in operation as of 1 February 2026 — about 146,000 AC "normal" points and nearly 50,000 DC fast points — and independent trackers reported the network crossing the 200,000-point mark by April 2026. That is roughly a sevenfold increase since 2020. In most towns you are within a short walk or a shopping trip of a charger.

Practical takeaway: most city drivers cover 90% of trips with a public AC point a 5–10 minute walk away, plus charging while shopping or at work. You do not need a home wallbox to own an EV.

Know the cost gap — and close it

The biggest surprise for new EV drivers is the price gap between home and public electricity:

Home charging averages about 37 ct/kWh on a standard German grid tariff (BDEW, 2026).
Public DC/HPC ad-hoc rates typically run 69–99 ct/kWh — roughly 2–3× the home price.

To avoid paying top rate every time:

Get a subscription tarif on the network you use most. Ionity Passport Power (≈€11.99/mo) and Aral pulse Extra (≈€2.99/mo) both bring per-kWh prices into the low-to-mid 40s, versus 70–99 ct ad-hoc.
Since 1 July 2024, new public chargers must accept contactless card payment — so you are never stranded without an app, though you pay the highest ad-hoc rate that way.
Keep one roaming app (EnBW mobility+, Allego, or ADAC e-Charge for members) as a fallback.

Avoid the Blockiergebühr

A Blockiergebühr is an idle penalty charged once charging is done but you stay plugged in. EnBW charges 10 ct/min after 4 hours (capped at €12); Tesla's Supercharger grace period is just 5 minutes. Set a "charge complete" alert and move the car promptly — it is the fastest way to annoy fellow drivers and rack up fees.

You have a right to charge at home (if your landlord agrees)

Under §554 BGB (since 2020), tenants in Germany have a legal right to request a charger installation. The landlord can set conditions (certified electrician, approved models) but cannot refuse without a valid reason. You generally pay for the electricity via a sub-meter, and you are expected to remove the unit when you move out — though many landlords accept it staying in place (get that in writing).

New 2026 federal money for apartment charging

On 25 March 2026, Transport Minister Patrick Schnieder announced a €500 million program to fund EV charging in multifamily buildings. Key points:

Up to €1,500 per standard wallbox, up to €2,000 for bidirectional (vehicle-to-home) capable points.
22 kW power cap per point.
Application window: 15 April – 10 November 2026 via the federal transport ministry portal.
Eligible applicants: owners' associations, landlords, housing companies, and real-estate firms.

For shared building solutions, KfW 441 funding (up to 70% grant) can also apply, and employers may fund a charger for you tax-free up to €1,000/year. Ask your employer before assuming public charging is your only option.

A quick decision checklist

Daily driving < 40 km and a charger within walking distance? → Public AC + a subscription is enough.
Long commute, no charger at work? → Push for a building wallbox (§554 BGB + the 2026 subsidy); ask your employer about workplace charging.
Frequent road trips? → Use HPC networks (Ionity, Aral pulse, Tesla) with a subscription; precondition the battery on the way.

China Angle

As a Chinese writer who also covers the domestic market, the contrast is striking. China solved apartment charging largely through top-down "充电桩进小区" (charging-pile-into-residential-communities) mandates and ubiquitous, cheap home/slow charging — public AC is often the backup, not the primary method, and residential communities routinely pre-wire parking spaces. Germany's model is more bottom-up: a legal tenant right (§554 BGB), a growing market of roaming apps, and now a targeted 2026 subsidy to retro-fit older apartment stock. Both routes converge on the same truth — EV adoption stalls on charging access, not on the cars themselves — and Germany's 200,000-point network plus the new multifamily subsidy finally closes the apartment-dweller gap that held adoption back for years.

Sources

Germany's 800V Charging Question (2026): Why a 600 kW Ionity Stall Can't Save a 400V Car

Michael Su — Thu, 01 Oct 2026 12:57:19 +0000

As Ionity opens 600 kW stalls in Germany, the real bottleneck isn't the cabinet — it's the voltage architecture of the car plugged into it.

Germany's high-power charging network is scaling faster in capacity than in points. As of August 1, 2026 the country had 212,064 publicly accessible charging points (+15.6% year-on-year), but the more telling figure is installed rated power: 9.22 GW, up 25.5%. The ultra-rapid tier (above 299 kW) reached 19,566 points, growing 36.4% — the fastest segment. Yet most drivers' real-world charge speed is still set by one thing their car was designed around years ago: whether it is a 400V or an 800V vehicle.

The headline number: Ionity's 600 kW stall

On September 7, 2026 Ionity opened its 200th German site, in Karlsruhe, with twelve high-power points: eight Alpitronic HYC1000 units rated to 600 kW per vehicle and four HYC400 units at 400 kW. Ionity now runs more than 1,500 high-power points in Germany. The hardware is genuinely ahead of the cars.

Here is the catch: no current Tesla passenger car draws more than 250 kW, and most mainstream 400V EVs top out around 150–200 kW regardless of how big the cabinet is. A 600 kW stall matters to a Tesla owner only indirectly — it is a power reserve that stops a busy four-bay site from splitting its output and throttling everyone to 110 kW. For an 800V car (Porsche Taycan, Hyundai E-GMP, Audi Q6 e-tron, Kia EV6), that same stall is where the architecture finally pays off.

800V vs 400V: the physics is not optional

An 800V pack pulls roughly twice the power at the same current as a 400V pack. On a 350 kW Ionity stall:

An 800V car (e.g. Audi A6 Avant e-tron) can add ~300 km of range in 20 minutes of charging.
A 400V car (e.g. VW ID.7 Tourer) typically adds ~219 km in the same 20 minutes — even on identical hardware.

This is not a software update. It is baked into the pack voltage. ADAC's 2026 winter test made the gap visible: at 0 °C on a simulated Munich–Berlin motorway run, the 800V Audi led efficiency at 23.2 kWh/100 km and recharged fastest, while the 400V VW ID.7 needed a second stop. Voltage level, not just battery size, decided the trip.

The operators German drivers actually meet

Ionity — BMW/Mercedes/Ford/VW joint venture, ~350 kW CCS along Autobahn rest stops; ad-hoc ~€0.79/kWh, ~€0.35 with a plan.
EnBW mobility+ — Germany's largest owned network, 8,000+ points, up to 400 kW.
Tesla Supercharger — 700+ German sites, V3 at 250 kW and V4 at up to 350–500 kW, very high reliability, open to all brands since 2022.
Aral pulse / E.ON Drive / Allego — energy-major and pan-European HPC coverage.

By law, all 360 federal Autobahn rest stops are meant to have at least four high-power points by 2026; roughly half were live by mid-2026. The friction most drivers feel is pricing and reliability, not connectors — Germany's ~9.2 GW of public capacity is spread across fragmented operators with ad-hoc prices near €0.57/kWh.

Where PHEV and EREV fit in the German mix

Pure BEVs get the headlines, but Germany's electric share is broadening. Per the VDA, July 2026 saw 109,200 electric registrations (BEV + PHEV + FCEV), a 41% market share — the highest since the 2022 incentive cut. BEVs led with +62% (78,600 units), but PHEVs still grew +13% to 30,600, and year-to-date PHEVs reached 194,402 (+17%). Extended-range (EREV) models remain rare in Europe, but the PHEV rebound shows German buyers still value a backup combustion engine for long trips where HPC spacing thins out — exactly the use case EREVs target.

China Angle

From a Chinese owner's perspective, Germany's charging picture looks both familiar and strange. China runs its own GB/T standard (a different plug again), yet China's ultra-fast layer is far more aggressive — 360–480 kW public HPC is common in major cities and along highways, and BYD has demoed megawatt-class (1,000 kW+) charging. Germany's ~9.2 GW of public capacity is real infrastructure, but it is fragmented across operators and priced per-kWh with little government cap. The lesson for both markets: 800V cars are only as fast as the weakest link — the car's own architecture — and no amount of 600 kW concrete changes that.

Image credits: In-text photos are real, hosted images from the EV & Auto Club library (Ionity HPC site in Germany; German public charging station). No AI-generated imagery represents any specific vehicle.

Sources:

Germany charging points & capacity (Aug 1, 2026) — dev.to Germany EV charging standards overview (BNA / E-Mobility data)
Ionity 200th German site, Karlsruhe, 600 kW — TeslAnt, Sep 2026 (via Ecomento)
Ionity / EnBW / Tesla Supercharger Germany networks — ChargeMap24 Autobahn guide
ADAC 2026 winter range & charging test (Munich–Berlin, 0 °C) — ADAC / Nydus News / Autohled
VDA July 2026 electric registration share — VDA monthly report

China EV News Today (Oct 1): Li Auto i6 Presale, BYD Da Han 10M Milestone, Aito M8 Refresh, NIO ES8, BMW 3 Series Debut

Michael Su — Thu, 01 Oct 2026 12:57:10 +0000

Golden-Week launch wave: BEV, PHEV and EREV all in play as China's EV market heads into Q4 2026.

China's new-energy vehicle (NEV) sector rolled into the National Day holiday with a dense launch calendar. From Li Auto's first full-size pure-electric SUV to BYD ticking past 10 million vehicles and BMW reinventing its core 3 Series as a twin fuel-plus-EV architecture, the first day of October shows how broad the electrified mix has become — battery-electric, plug-in hybrid (PHEV) and extended-range (EREV) all shipping volume.

1. Li Auto i6 opens pre-sale on Oct 1 — its first large pure-electric SUV

Li Auto opened pre-sales for the i6 on October 1. Positioned as the brand's first large (mid-to-full-size) pure-electric SUV, the i6 is built on an 800V architecture with 5C ultra-fast charging — a notable pivot for a company that built its reputation on EREV range-extenders. Final pricing will be confirmed at launch. The move extends Li Auto's "dual powertrain" strategy: it keeps EREV flagships (L-series) while pushing BEV volume through the i-series (i6, i8). For overseas readers, it signals that China's most profitable NEV startup now treats pure BEV as a core front, not an experiment.

2. BYD Da Han marks the Dynasty line's 10-millionth vehicle; launches Oct 13

On September 29 BYD's Dynasty network confirmed the Da Han flagship sedan as the series' 10-millionth vehicle off the line. The all-electric version is already in pre-sale and will officially launch on October 13; final pricing to be confirmed at launch. Key specs already disclosed: a 5,256 mm body, 0.197 Cd drag, a second-generation Blade battery of about 102 kWh, CLTC range up to ~1,008 km, 800V-class flash charging (10%–97% in roughly 9 minutes), and air suspension with rear-wheel steering. A 1.5T PHEV variant is planned with ~370 km of pure-electric range — keeping PHEV squarely in BYD's flagship mix. The Da Han directly targets the D+/E-segment sedan space (SU7, Voyah, Audi A6L, Mercedes E-Class).

3. Aito M8 refreshed opens pre-sale (Sept 30) with Huawei ADS 5 standard

Seres and Huawei reshaped their partnership this week, and the refreshed Aito M8 opened pre-sales on September 30 as the first fruit of the new arrangement. Huawei's Qiankun ADS 5 is standard across the lineup; the battery-electric version offers up to ~830 km CLTC. As an EREV/BEV dual-purpose model, the M8 keeps the extended-range formula that made Aito a volume player while leaning harder on Huawei's driver-assistance stack. Pricing to be confirmed at launch.

4. NIO launches the all-new ES8 (Sept 30)

NIO launched the all-new ES8 on September 30 — a full redesign of its three-row flagship SUV. The update targets seating comfort, smart-cabin experience and chassis control, while retaining NIO's battery-swap proposition and flexible battery-as-a-service subscriptions. No specific price was confirmed in the launch materials reviewed. The ES8 refresh matters because it defends NIO's premium-bev position against a wave of cheaper large SUVs from Li Auto, BYD and Huawei-backed brands.

5. BMW debuts the 8th-gen 3 Series — first time fuel and EV sell side by side

On September 30 BMW globally unveiled the eighth-generation 3 Series, and for the first time in the nameplate's 54-year history it sells fuel and fully electric versions in the same generation. The EV, the i3, rides on the Neue Klasse / NCAR architecture built in Munich: the i3 50 xDrive makes 469 hp, claims up to 911 km WLTP, and supports 400 kW DC charging; UK pricing starts around £53,425 (approx. $72,000 USD), with the fuel G50 range (320 and M350 xDrive) from £44,975. The Chinese long-wheelbase version and local pricing are yet to be announced. This is the clearest signal yet that even Germany's most driver-focused nameplate is going electric-first while keeping combustion for buyers who want it.

6. Seven ministries issue the "15th Five-Year" new-battery plan

On September 28–29, seven Chinese ministries (led by MIIT) published the country's first national-level dedicated battery plan — the New Battery Industry Development "15th Five-Year" Plan. Headline targets: solid-state batteries reach initial scaled application by 2030, battery cells rated for ~15,000 charge cycles, and defect rates driven to PPB (parts-per-billion) levels. The plan explicitly backs consolidation across the supply chain. For buyers, the practical read is longer-lived packs and more standardized battery-health data for the used-EV market; for the industry, it raises the bar on safety and quality just as price wars peak.

7. XPeng sells carbon credits to Porsche — China's compliance assets go global

XPeng confirmed (September 29) that it is selling carbon credits to Porsche and several other international automakers, covering the EU, UK and Australia, with cumulative transaction value expected to exceed ¥1 billion (approx. $140 million USD). The deals run about two years. The signal is bigger than the money: Chinese EVs' overseas sales are now generating a second, compliance-driven revenue stream. It also slightly eases price pressure on European joint-venture EVs, since brands can buy credits to offset combustion/performance-line emissions.

8. September NEV retail hits 827,000 in first 27 days (65.7% of the market)

Per CnEVPost (Sept 30), China's NEV retail sales reached 827,000 units in September 1–27, accounting for 65.7% of passenger-car sales — a record penetration share. Multiple brands reported record monthly deliveries: BYD's September wholesale was about 396,000 units (AASTOCKS), while several makers (Li Auto, Leapmotor, Zeekr, NIO, Xiaomi) posted all-time-high monthly figures. The Golden-Week holiday traditionally lifts showroom traffic, setting up a strong Q4 close.

Image credits: Lead and in-text photos are real, hosted images from the EV & Auto Club library (China NEV market scene; BYD Blade Battery pack). No AI-generated imagery is used to represent any specific production vehicle.

Sources:

Li Auto i6 pre-sale / new-car calendar — xinnengyuan100.com/new-cars
BYD Da Han 10-millionth & Oct 13 launch — CnEVPost, Sep 29 2026
Aito M8 refreshed pre-sale — CnEVPost, Sep 30 2026
NIO all-new ES8 launch — xinnengyuan100.com/new-cars
BMW 8th-gen 3 Series / i3 debut — manufacturer briefing roundup, Sep 30 2026
"15th Five-Year" new-battery plan — China Economic Net / MIIT, Sep 28–29 2026
XPeng–Porsche carbon-credit deals — TMTPost / Yicai, Sep 29 2026
Sept NEV retail 827,000 (1–27) — CnEVPost, Sep 30 2026; BYD Sept wholesale — AASTOCKS, Sep 25 2026

Cambodia EV Road Trip 2026: Phnom Penh–Sihanoukville Expressway and the Real Cross-Border Charging Reality

Michael Su — Mon, 28 Sep 2026 12:11:02 +0000

Cambodia's intercity EV travel is finally becoming practical in 2026, led by the Phnom Penh–Sihanoukville Expressway (PPSHV) — the country's only tolled motorway and its first real "charging corridor." This owner's guide covers how to plan a coastal road trip, where to plug in, how to size your range buffer, and the honest truth about driving your Cambodian EV across the border into Thailand.

Plan your route: the PPSHV Expressway

The Phnom Penh–Sihanoukville Expressway (concession name PPSHV) is the backbone of any Cambodian EV road trip. It runs about 187 km and cuts the capital-to-coast drive from 5–6 hours on National Road 4 to roughly 90 minutes, with a 120 km/h car speed limit.

A few things that are specific to Cambodia and catch first-timers out:

It's a toll road. Expect about US$15 one-way for a car (~$30 round trip), collected on a closed distance-based system at the exit. Pay with a free ETC/OBU tag, via ANPR plate top-up (ABA, KB PRASAC apps), or cash/card at the manual booth. Motorcycles under 500cc are barred.
It's the only expressway that charges today. The Phnom Penh–Bavet (Vietnam-border) route is still under construction and the Phnom Penh–Siem Reap–Poipet (Thailand-border) expressway is only in feasibility study — so for now, your reliable fast-charging corridor is PP↔Sihanoukville.
Toll-free fallback exists. National Road 4 runs parallel and free, but doubles your travel time. Keep it as a backup if a charger on the expressway is down.

Charging on the Phnom Penh–Sihanoukville corridor

As of 2026, public DC fast-charging is reported at expressway service areas — most consistently cited at Kampong Speu (~63 km from Phnom Penh), Veal Renh (~156 km), and Prey Nob (near the coast). Treat these as "verify on the day" rather than guaranteed, because Cambodia's network is young and a handful of operators have struggled with transformer-cost rules.

Practical owner advice for this corridor:

Carry your own CCS2 cable for AC, but DC is plug-in. Cambodia's public grid runs CCS2 (and GB/T at some Chinese-brand sites). Most DC fast chargers are CCS2 plug-in; many AC points expect you to supply your own Type-2 cable.
Use the national app. The Electricity Authority of Cambodia (EAC) launched a national EV-charging app that locates, starts, and pays across networks (EDC, BYD, private operators) — one app instead of juggling providers.
Budget the tariff. Regulated 2026 public rates: AC ≈ 1,050 Riel/kWh (~$0.26), DC fast ≤250 kW ≈ 1,350 Riel/kWh (~$0.34), and DC "super" >250 kW ≈ 1,450 Riel/kWh (~$0.46). A ~400 km round of mixed driving typically costs a few dollars in an EV versus $8–9/100 km for a petrol SUV.
Watch the rollout. BYD's "Flash Charging" 10-minute stations (18 of them) are targeted for Phnom Penh, Sihanoukville and Siem Reap by end-2026, and ZO Motors/EDC plan 200+ new fast chargers this year — so the corridor will only get easier.

Range planning: how much buffer to carry

Cambodia is not yet a "charge anywhere" country, so plan like an early-adopter, not like a European or Chinese driver:

Top up before you leave Phnom Penh. The capital is the densest charging hub; provincial coverage is uneven.
Don't cut it below 20%. Heat (often 35–40°C) and A/C load shrink real-world range, and a downed expressway charger means a detour to National Road 4.
Know your car's plug. Official BYD/Chinese-brand models plug straight into CCS2. Many Teslas in Cambodia are parallel imports and may need a CCS2 adapter — verify yours before a road trip.
For Siem Reap or up-country, route through known corridors and confirm the nearest DC fast charger to your destination first; the PP–Siem Reap expressway isn't built yet, so that trip is still largely on ordinary highways with spottier coverage.

The real cross-border-into-Thailand charging reality

This is where hype meets Cambodian reality. Technically, charging is easy; driving across is the hard part.

Plugs match. Thailand has standardized on CCS2 as its primary DC standard (ASEAN is harmonizing on CCS2 by 2026), so your Cambodian CCS2 car physically charges there without adapters.
Roaming exists. The Charge+ app already roams onto Thailand's EGAT network, and Charge+'s 5,000 km "EV charging highway" links Cambodia, Thailand, Malaysia, Singapore and Vietnam under one account — no new app, multi-currency billing handled.
But you'd be driving on the wrong side. Cambodia drives on the right; Thailand drives on the left. A Cambodian left-hand-drive car is legal in Thailand only as a temporary import with paperwork, and it's genuinely awkward to pilot for hours. Most Cambodian owners therefore don't actually drive their cars into Thailand — they charge near the Poipet border and let Thai-registered EVs (or Thai rentals) do the Thai leg.
If you do cross, charging isn't your worry. Thailand leads ASEAN with 10,000+ public charging stations, so once you're over the border, finding a charger is far easier than in Cambodia. The friction is the border formalities and the opposite traffic side, not the plug.
Bottom line: plan your "cross-border" as charge-up-and-turn-around at the border, or rent/use a Thai-registered EV for the Thai side. Don't assume a seamless cross-border drive yet.

What to carry on a Cambodia EV road trip

Your CCS2 readiness (and a Type-2 AC cable if your car uses detachable AC).
The EAC national charging app plus a backup like Charge+ (covers Thai roaming if you cross).
A CCS2 adapter if you drive a US/EU-spec Tesla.
A physical RFID/toll tag or enough ABA/cash for the expressway exit.
A 22 kW-capable portable cable and patience — coverage outside PP is still growing, so a buffer of range and time saves the trip.

China Angle

From where I sit in China, reading about Cambodia's first EV road trips feels like watching our own 2016–2018 highway era. Here, a long-distance EV drive is almost boring now: on the Jinghu, G4 and G15 highways you'll find 250–480 kW ultra-fast chargers every 30–50 km, and NIO's 换电 (battery-swap) stations let you swap a depleted pack for a full one in about three minutes — no plugging, no waiting. Apps like 高德 (Amap) and 百度地图 show real-time charger availability, queue length and price before you even leave the garage, so "range anxiety" on a Beijing–Shanghai run is basically solved.

Cambodia is at the very beginning of that curve. The PPSHV is getting its first charging nodes, the national app just launched, and a cross-border plug-in still means wrestling with left/right-hand traffic and border paperwork. My advice to Cambodian owners is the same patience Chinese early-adopters needed: carry more buffer than the spec sheet suggests, lean on the national app, and treat the expressway corridor as your one proven route — the dense, swap-station-everywhere future is coming, just not this year.

Sources

TollGuru — Cambodia Toll Roads Complete Guide (PPSHV rates, distance, payment, 2026): https://www.tollguru.com/toll-wiki/cambodia-toll
ASEAN NCAP — ASEAN Unifies EV Charging Standards with CCS-2; cross-border roaming (2026): https://www.aseanncap.org/tag/asean-ev-charging
Charge+ — 5,000 km EV Charging Highway across 5 ASEAN countries (Cambodia/Thailand roaming): https://www.chargeplus.sg/post/announcement-from-charge-the-launch-of-5-000km-ev-charging-highway-in-southeast-asia
People's Daily / Xinhua reporting on Cambodia EV policy, EDC charging rollout and BYD Sihanoukville plant (2025–2026): https://world.people.com.cn/n1/2026/0116/c1002-40646257.html

Image credits

Cover photo: "Electric car charging station, Batman (Turkey)" by Zalasem1, via Wikimedia Commons (CC). File page: https://commons.wikimedia.org/wiki/File:Electric_car_charging_station,_Batman_(Turkey).jpg

Cambodia EV Charging in 2026: Sparse Public Network, Home-Charging Default, and Why LFP Batteries Fit the Heat

Michael Su — Mon, 28 Sep 2026 12:09:53 +0000

Cambodia's electric-vehicle story in 2026 is less about futuristic showrooms and more about a hard infrastructure scramble: a still-thin public charging network, a state utility racing to keep the grid ready, and a car parc that mostly recharges at home. This explainer maps who is actually building Cambodia's chargers, why most drivers still plug in privately, and why lithium iron phosphate (LFP) chemistry — not the headline-grabbing long-range NMC packs — is the engineering match for Cambodia's heat and rough roads.

The network: small but growing fast

As of September 2026, Cambodia's public charging footprint is still modest. The Electricity Authority of Cambodia (EAC) reported more than 400 charging sites nationwide, with its national EV-charging app listing 460 machines as of September 15, 2026. For context, registered EVs had passed 22,793 units by August 2026 (16,926 cars, 4,974 motorcycles, 893 three-wheelers), per the Ministry of Public Works and Transport — so the fleet is growing faster than the plugs.

The state power utility Electricité du Cambodge (EDC) says it has supported the electricity supply infrastructure for more than 400 charging stations, and in May 2026 the government allocated an initial US$10 million for EDC to expand the public network, prioritising public areas and underserved provinces. EDC's remit is as much about the grid as the chargers: some sites draw factory-scale power, so transformers and feeder upgrades along national highways come first.

Who is building it

EDC / government: the backbone. EDC integrates stations to the grid and targets 20–30 minute fast-charging on major corridors; the Ministry of Mines and Energy coordinates the national rollout.
ZO Motors: the most visible private builder. It committed to 300 fast-charging stations — 30 in 2025, ~200 in 2026, 70 in 2027 — anchored by a flagship Phnom Penh site opened January 2026.
Auto-brand chargers: BYD and other Chinese brands run chargers at malls (e.g. Aeon) and fuel-retail partnerships, largely on CCS2 and GB/T standards.
Battery swap for two-wheelers: Singapore-based Oyika runs a swap network in Phnom Penh where a depleted pack is exchanged in under a minute — a pragmatic answer where public car-chargers are scarce.
The EAC national app: launched to let drivers locate, start and pay across operator networks from one interface.

The home-charging default

Despite the build-out, the practical Cambodian EV is charged at home or at the workplace. Public chargers remain concentrated in Phnom Penh and a few provincial hubs; cross-province confidence is improving but early adopters still treat public DC fast-charging as a road-trip convenience rather than a daily habit. For the country's huge two-wheeler base, the dominant model is even simpler: a wall socket overnight, or a swapped battery — public chargers are not the binding constraint for e-bikes.

Why LFP suits Cambodia

Cambodia's operating environment — year-round 35–40 °C heat, monsoon flooding, and roads that punish suspension and batteries alike — favours LFP over higher-energy NMC/NCA chemistry:

Thermal stability: LFP is inherently far less prone to thermal runaway. In a 40 °C Phnom Penh traffic jam, an LFP pack (such as BYD's Blade) dissipates heat passively and degrades slower than an NMC pack that must run active liquid cooling just to stay safe.
Cycle life and toughness: LFP typically delivers 2,000–4,000+ cycles, shrugging off the deep daily discharges and vibration of potholed provincial routes better than denser chemistries.
Chemistry already on the road: most EVs and e-bikes sold in Cambodia are Chinese brands, and LFP is now the Chinese-market default — so the cells best suited to the climate are also the ones most available locally.

China Angle

From where I sit in China, Cambodia's 400-odd charging locations look like a single mid-sized Chinese district. China crossed 3 million public chargers years ago and now runs a dense, app-unified ultra-fast network — you can fast-charge in almost any underground car park, highway service area, or county town, often at 250–480 kW. LFP is no niche here either: it is the mainstream chemistry powering everything from BYD's Blade to the bulk of China's electric two-wheelers, precisely because it is cheap, safe in heat, and long-lived.

What strikes me is not how far behind Cambodia is, but how rationally it is choosing its tech. Cambodia cannot copy China's blanket build-out overnight, so it leans on home charging + swappable LFP two-wheelers + a thin but strategically placed fast-charging spine. That is the right fit for a hot, grid-constrained, two-wheeler-first market — and the LFP chemistry Chinese makers have perfected is exactly what the climate demands.

Sources

Image credits

Photo: "Electric vehicle charging station, Wiesbaden" by ABL, via Wikimedia Commons — https://commons.wikimedia.org/wiki/File:Electric_vehicle_charging_station,_Wiesbaden_(LRM_20250711_185218).jpg

Sept 28 China EV Launch Rush: HIMA Trio, Deepal S07, Lynk 20, Mengshi X700, VW ID.ERA 8X Debut

Michael Su — Mon, 28 Sep 2026 12:06:47 +0000

China's auto market kicked off its Golden Week pre-sales blitz on Monday, September 28, with a single-day cluster of launches and presales spanning BEV, PHEV and EREV powertrains. Huawei's HIMA (Harmony Intelligent Mobility Alliance) ecosystem fired a three-car volley, while Changan's Deepal, Geely's Lynk, Dongfeng's Mengshi, VW's ID.ERA and even Jetta all joined the fray. Off the show floor, NIO and Geely announced a landmark charging-and-battery-swap alliance that redraws China's补能 (energy-replenishment) map.

1. Huawei's HIMA ecosystem: a three-car volley

HIMA launched two models and opened presales on a third at a single online event on Sept 28:

Zhijie RX (Luxeed RX) — the alliance's first "X"-named SUV, a mid-large pure-electric coupe SUV. Prices run RMB 259,800–389,800 (≈$36.2k–54.4k). It rides Huawei's 800V Silicon-Carbide "Zhiqing" platform, offers an optional 100 kWh ternary battery with up to 852 km CLTC range, and ships with an L3-class autonomous-driving architecture (部分 versions). A track-tuned Ultra AWD makes 594 PS, hits 0–100 km/h in 3.6 s, and stops in 32.4 m.
Zhijie R7 refresh — launched from RMB 239,800–319,800 (≈$33.4k–44.6k), the updated coupe-SUV keeps the 800V pure-electric architecture with up to 855 km CLTC and adds a 220V on-board power outlet. (Image above shows the refreshed R7.)
Xiangjie V8 (Stelato V8) — HIMA's first MPV, presales opened at RMB 329,800 (≈$46.0k) and up. It comes as a BEV (120 kWh, 830 km CLTC) and an EREV (up to 430 km pure-electric CLTC, 1,465 km combined), with Huawei ADS 5, dual-chamber air suspension and rear-wheel steering.

Source: 163.com / NetEase auto, Sept 28, 2026.

2. Deepal S07 AI LiDAR edition launches at RMB 159,900

Changan's Deepal brand launched the S07 AI LiDAR edition at a limited-time RMB 159,900 (≈$22.3k) starting price — the first sub-¥160k SUV to pair Huawei Qiankun ADS 4 Pro with a roof LiDAR (27 sensors, urban + highway NOA). It spans BEV (630 km CLTC) and EREV (300 km pure-electric, 1,200 km combined) on an 800V / 6C platform with CATL Shenxing cells, and debuts a Doubao large-language-model cockpit.

Source: Sina auto / iEVChina, Sept 28, 2026.

3. Lynk 20 (Z20 facelift) hits the market — 800V + 6C + LiDAR

Geely's Lynk & Co brought the Lynk 20, the renamed and upgraded Z20 compact pure-electric SUV, to market on Sept 28. It moves to an all-800V + 6C architecture with a roof LiDAR and Lynk's "Qianli Hao" H5 city-NOA stack, a 245 kW rear motor, and 430 / 530 km CLTC range options. Pricing carries over from the Z20 it replaces, from about RMB 109,900 (≈$15.3k).

Source: Yiche / Sina auto, Sept 28, 2026.

4. Mengshi X700 presale — Huawei-empowered off-road PHEV/EREV

Dongfeng's Mengshi opened presales for the X700, the first model of its new X series and the debut of Huawei Qiankun 2.0 co-development, at RMB 249,800–289,800 (≈$34.8k–40.4k). It offers both a 1.5T PHEV and an EREV on an 800V platform: 51.46 kWh (228–285 km pure-electric) or 68.1 kWh CATL cells (360 km pure-electric, 1,000 km+ combined), Huawei ADS 5, HarmonySpace 6 cockpit, and serious off-road geometry (37.5° approach, 800 mm wading).

Source: QQ News / Yiche / Toutiao, Sept 28, 2026.

5. VW ID.ERA 8X opens presale — a German EREV challenger

SAIC-VW opened presales for the ID.ERA 8X, a "German-handling flagship" large five-seat EREV SUV, on Sept 28; final price lands at the Oct 12 launch (market expects a ~RMB 250k class). It uses VW's EA211 1.5T range-extender with 51.1 / 65.2 kWh batteries (340 / 400 km pure-electric, 1,400 / 1,600 km combined), 800V charging (10%–80% in ~16 min), and the Momenta R7 "world model" ADAS.

Source: Sina auto / 163.com, Sept 28, 2026.

6. Jetta M6 presale — VW's sub-¥100k BEV sedan

FAW-VW's value brand Jetta opened presales for the pure-electric M6 sedan at RMB 80,800–99,800 (≈$11.3k–13.9k), with a formal launch expected around mid-October — VW's push into the budget BEV segment.

Source: Sina / Fast Technology, Sept 28, 2026.

7. Haval Dargo (大狗) hybrid launches — HEV with city NOA

Great Wall launched the Haval Dargo Hybrid, a "boxy" compact SUV on a non-plug HEV (blue-plate) Hi4 AWD powertrain — 1.5T + 2-speed DHT + P4 motor, 670 N·m, 0–100 km/h in 6.6 s, 5.65 L/100 km WLTC. It debuts Coffee Pilot 3 Lite with city + highway NOA, making it the only sub-¥140k boxy SUV with urban Navigate-on-Autopilot. Price was not finalized at publish (widely expected RMB 110k–140k); note this is a non-plug-in hybrid, not NEV-incentive eligible.

Source: Toutiao / Autohome, Sept 27–28, 2026.

8. NIO + Geely strike a charging-and-swap mega-deal

In the day's biggest off-floor story, NIO and Geely Holding signed a comprehensive charging/swapping strategic cooperation on Sept 28. The structure is a rare cross-holding: Geely Holding injects its 100% stake in Yiyi Interconnect plus RMB 640 million cash to take a 30% stake in NIO Energy (post-money value ~RMB 16 billion); NIO China takes a 10% stake in Geely's HaoHan Energy (2,500 charging stations / 12k+ guns across 232 cities). NIO reiterated a goal of 10,000 swap stations by 2030; Geely plans 22,000 charging stations / 100k+ guns by end-2027. The deal directly answers the MIIT-led 15th Five-Year Intelligent-Connected NEV Development Plan, which elevates charging/swapping to a core "auto-energy fusion" task.

Source: China Fund News / China Automotive News / CE.cn, Sept 28, 2026.

9. Policy, industry & overseas signals

"15th Five-Year" new-battery plan: On Sept 28 the MIIT and six other ministries issued the New Battery Industry Development 15th Five-Year Plan, prioritizing safer consumer-electronics Li-ion and improved NEV traction-battery safety.
US — Trump repeals the EV mandate: President Trump approved new fuel-economy standards and formally rescinded the Biden-era electric-vehicle mandate, a headwind for US EV adoption.
Europe — EV sales +50%: European electric-vehicle volumes rose about 50% against a backdrop of surging fuel prices, underscoring demand elasticity to energy costs.
Porsche announced it achieved a battery cell made from 100% recycled raw materials.
BYD said demand for its flash-charge models is strong and that second-generation Blade-battery capacity is still ramping, lengthening some delivery cycles.
Changan set up an "AD synergy" division and began substantive integration of Avatr and Deepal.
Watching: AITO / Wenjie new M8 presales open Sept 30 (BEV + EREV, co-developed by Seres and Huawei) — carried over from last week's preview, not re-headlined here. Seres' AIVA ME7 made its debut in Paris on Sept 28 (BEV coupe SUV, partnered with Yuanrong Jiatong, not Huawei).

Image credits

Luxeed R7 facelift: Wikimedia Commons — https://commons.wikimedia.org/wiki/File:Luxeed_R7_facelift_001.jpg (real photo of the refreshed Zhijie R7 launched Sept 28).
Deepal S07: Wikimedia Commons — https://commons.wikimedia.org/wiki/File:Алматы,_Deepal_S07_во_дворе_Панфилова_114.jpg (real-world photo of the Deepal S07 launched Sept 28).

Sources

163.com (NetEase auto): HIMA three-car launch, Sept 28, 2026 — https://www.163.com/dy/article/L7UG62JP0514R9OJ.html
Sina auto / iEVChina: Deepal S07 AI LiDAR edition, Sept 28, 2026 — https://k.sina.com.cn/article_7879777164_1d5abdb8c068031m0o.html
Yiche / Sina auto: Lynk 20 (Z20 facelift), Sept 28, 2026 — https://car.m.yiche.com/jiedaj01/
QQ News / Yiche / Toutiao: Mengshi X700 presale, Sept 28, 2026 — https://news.qq.com/rain/a/20260928A09PM800
Sina auto / 163.com: VW ID.ERA 8X presale, Sept 28, 2026 — https://auto.sina.cn/2026-09-28/detail-initimtm8923040.d.html
Sina / Fast Technology: Jetta M6 presale, Sept 28, 2026 — https://k.sina.com.cn/article_7857201856_1d45362c001908p2hg.html
Toutiao / Autohome: Haval Dargo Hybrid, Sept 27–28, 2026 — https://www.toutiao.com/article/7690140458488250934
China Fund News / China Automotive News / CE.cn: NIO–Geely charging-swap deal, Sept 28, 2026 — http://m.ce.cn/qc/gd/202609/t20260928_3239178.shtml
Jin10 / MIIT: New Battery 15th Five-Year Plan; Trump EV mandate; Europe +50%; Porsche recycling — https://south.jin10.com/node/5630/

中文简报

9月28日中国新能源"黄金周"发布潮：鸿蒙智行三车齐发——智界RX上市（25.98–38.98万，800V纯电轿跑SUV，CLTC 852km）、智界R7焕新上市（23.98–31.98万，855km）、享界V8开启预售（32.98万起，纯电830km/增程综合1465km）。深蓝S07 AI激光版上市（限时15.99万起，800V 6C，纯电630km/增程1200km）；领克20上市（800V+6C+激光雷达，10.99万起）；猛士X700预售（24.98–28.98万，插混/增程，800V）；大众ID.ERA 8X预售（增程，10/12上市）；捷达M6预售（8.08–9.98万纯电）；哈弗大狗混动版上市（HEV非插混）。重磅：蔚来与吉利控股达成充换电全面战略合作，吉利以易易互联100%股权+6.4亿现金入股蔚来能源30%，蔚来中国入股浩瀚能源10%；蔚来2030年目标1万座换电站，浩瀚2027年2.2万座充电站/10万枪。政策：《新型电池产业十五五规划》发布；特朗普废除拜登EV强制令；欧洲EV销量+50%；保时捷实现100%回收原料电芯。比亚迪闪充订单旺盛、二代刀片电池产能爬坡；长安整合阿维塔与深蓝；问界新M8将于9/30预售。

Road-Tripping South Korea by EV in 2026: Apps, Seoul–Busan Charging Stops & 800V Corridors

Michael Su — Sun, 27 Sep 2026 12:12:20 +0000

Crossing South Korea by electric car is easier than ever thanks to a dense, fast-charging highway network — but the experience is uniquely Korean: a fragmented app landscape, Korean-language charger screens, and a fast-charge grid built around Hyundai–Kia 800V cars. This practical, Korea-only guide shows which apps to load, how to plan 2–3 stops on the Seoul–Busan run, and what to expect from 800V versus 400V chargers in 2026.

Photo: Wikimedia Commons / Immanuelle, CC BY 4.0

Why a Korean EV road trip plays by its own rules

South Korea pairs one of the world's densest public charging networks with a habit of long holiday drives — and the two collide on busy weekends. Most charging happens through many different operators, each with its own app and payment flow, and many roadside charger screens are Korean-only. The good news for travellers: Korea's expressway rest areas (휴게소, hyugeso) are now well covered with DC fast chargers, so a Seoul–Busan crossing is very doable with one or two planned stops.

The apps you actually need in Korea

You do not need every Korean charging app — you need one finder, one payment method, and a navigation backup.

Chaevi (채비) — the main charging app. With 100,000+ downloads, Chaevi is one of Korea's largest networks. Its app supports QR/NFC authentication (no physical card needed), Plug & Charge (PnC) on compatible sites, charger reservation, and a "search along route" feature that finds chargers between you and your destination (Chaevi app listing, 2026).
KEPCO PLUG (한전 전기차 충전 앱). Run by Korea Electric Power Corporation, it shows nationwide station location and live status (availability, faults, pricing) and includes a "search within route" function that hands off to T-map, Naver Map or Kakao Navi for guidance (KEPCO PLUG app listing, last updated July 2026).
EV Infra portal + the MOE card. The government EV portal (ev.or.kr) and the Ministry of Environment's public-charging membership card — expats call it the MOE card (환경부 공공충전인프라 멤버십 카드) — let you start and pay at many public chargers with fewer steps (EV charging guide for Korea, 2026).
Kakao Navi / Naver Map / TMAP / Kakao T. Your navigation and routing backup. These reroute you to the next charger if your first stop is full or broken, and Kakao T is handy for taxis at your destination.
Korea Expressway Corporation "고속도로 교통정보" app. The single most useful tool for highway driving: it shows real-time rest-area charger availability and fault status on the expressway network, so you can see a queue before you exit (reported in Korean holiday-travel guidance, 2026).
Electromaps / evWhere — foreigner-friendly status. Electromaps displays live availability for 14,000+ Korean stations (great for planning, though it does not solve payment). evWhere aggregates environment-ministry, KEPCO, Hyundai, Kia, GM and local-government chargers in one map (Electromaps and evWhere app listings).

Practical tip for Korea: set up one main app (Chaevi or KEPCO PLUG) with payment, keep a second finder app open, and always save a backup fast charger 5–10 minutes away as Plan B before committing to a stop.

Planning Seoul–Busan (~400 km) with 2–3 stops

The classic run follows the Gyeongbu Expressway (Expressway No. 1 / 경부고속도로), about 416 km from southern Seoul to northern Busan, through Suwon, Cheonan, Daejeon, Gimcheon, Daegu and Gyeongju (Korea By Car; Korea Journeys; BusanWith, 2026). At legal speeds it's roughly a 4.5–6 hour drive, with tolls around ₩18,000–18,800 one way.

A long-range 800V car can nearly make it on one charge. The Hyundai Ioniq 6 long-range (84 kWh, fourth-generation battery) is rated at 562 km on a single charge — enough to cross Seoul–Busan one way without plugging in (AsiaE, Aug 2025). Even so, plan at least one stop for a buffer, for winter, or simply for coffee.
Suggested 2-stop plan for most EVs: charge to ~80–90% in Seoul, then top up once around Daejeon (roughly the midpoint) and again near Daegu/Gyeongju if your buffer drops below ~20%. Rest areas sit no more than about 30 minutes apart on this corridor, so a fallback is never far (Korea By Car, 2026).
Beat the holiday queue. On Chuseok and Lunar New Year, rest-area chargers form lines. The well-known local trick: exit at the interchange (IC) before a congested stretch and use a large fast-charging station at a nearby government office, mart or shopping complex, typically 5–10 minutes off the highway (Korean holiday-travel guidance, 2026).

800V vs 400V: the charging reality on Korean corridors

Korea's fast-charge grid was built with Hyundai–Kia's 800V E-GMP cars (Ioniq 5/6/9, Kia EV6/EV9) in mind, and the difference is real:

Hyundai's E-pit network delivers up to 350 kW on CCS2 and, as of 2026, spans over 300 stalls across South Korea — a small but highly optimised network tuned for 800V vehicles (EV Charger Scout, 2026). On a 350 kW stall an 800V car like the Ioniq 6 typically pulls 220–235 kW between ~15% and 50% state of charge, then tapers to ~100–130 kW by 80%.
The new 2026 highway buildout leans on 200 kW. Charging operator Chaevi was selected to install 131 new DC chargers across 29 highway rest areas, including 118 units rated at 200 kW and 82 with NACS connectors; combined with earlier rounds, Chaevi expects about 167 NACS-equipped chargers at highway rest stops. These support Plug & Charge and currents up to 250 A (Mobility Plaza; Latest EV News, 2026).
On a 400V-only charger, an 800V car still charges — just slower. Its onboard booster has to step the voltage up, so peak rates are capped below what a true 800V stall delivers. Route for 350 kW E-pit or the new 200 kW NACS highway sites when you can; treat older 50–100 kW units as fallback.

Highway rest-area chargers & the 2026 buildout

Rest areas on the Gyeongbu corridor are clean, have food courts, and increasingly host DC fast chargers. With Chaevi's 2026 expansion, highway coverage grows meaningfully: of the 131 new chargers, the 200 kW units are spread across Seoul, Gyeonggi, Gangwon, Chungcheong, Jeolla, Gyeongsang and Busan regions (Mobility Plaza, 2026).

Two habits that matter specifically in Korea:

Pre-condition the battery. Navigate to the charger in the car's own navigation so the pack warms to charging temperature; this is especially valuable in cold weather and lifts your peak rate on arrival.
The 80% rule. DC fast charging slows sharply past ~80%, which is normal. On a road trip, charging to ~80% and moving on is usually faster than waiting for 100%.

Cold-weather road-trip planning

Korean winters are harsh, and cold hurts both range and charge speed. Sourced behaviour for an 800V car at a 350 kW stall: a 10%→80% session takes about 17–22 minutes in warm conditions, but 25–30 minutes when below 5°C without preconditioning (EV Charger Scout, 2026). Practical adjustments for a winter Korea trip:

Pre-condition before every fast-charge stop.
Leave a larger buffer — don't cut it as close as you would in summer.
Expect slower DC sessions and plan one extra stop versus your warm-weather plan.

Where a PHEV or EREV helps on Korean road trips

If your long trips land on holiday weekends, a plug-in hybrid (PHEV) or range-extender (EREV) removes the worst of the queue risk: when rest-area chargers are packed, you simply burn petrol and refill in minutes. For Korea's apartment-dominated, charger-shared reality, a PHEV/EREV is a pragmatic bridge for drivers who want EV commuting and worry-free intercity travel — no need to hunt for a free stall on Chuseok.

China Angle: a Chinese owner's first-person comparison

Driving an EV across Korea felt oddly familiar yet clearly different to me as a Chinese EV owner. Back home, China's public charging network — already past 3 million units and the world's largest — means I rarely plan stops; LFP batteries are mainstream, and a private garage or wallbox at home is the normal case. Korea flips that: most owners live in apartments (아파트) and rely on shared or public chargers, so a road trip is a planned event rather than an afterthought. The highway rest-area model here is excellent and more reliable than many Chinese highway stops, but the app fragmentation (Chaevi, KEPCO, MOE card, manufacturer apps) is something we solved earlier in China with a handful of dominant super-apps. And the PHEV/EREV logic resonates: in China, range-extenders from Li Auto, BYD (DM-i) and others became best-sellers precisely because they kill long-trip charging anxiety — the same bridge that makes sense for Korean holiday driving.

Sources

Mobility Plaza — CHAEVI to expand EV charging across Korean highways: https://www.mobilityplaza.com/news/chaevi-to-expand-ev-charging-across-korean-highways
Latest EV News — NACS on the Highway: South Korea to Build 200 kW HPC Chargers for Tesla: https://www.latestevnews.com/articles/nacs-on-the-highway-south-korea-to-build-200-kw-hpc-chargers-for-tesla
EV Charger Scout — 800V EVs 2026: Fastest-Ready Networks: https://evchargerscout.com/articles/800v-ev-fastest-charging-networks-2026/
Korea By Car — Seoul to Busan by Car: The Ultimate Road Trip Guide (2026): https://www.koreabycar.com/journal/seoul-to-busan-road-trip
AsiaE — Ioniq 6 Rightfully Boasts 'Longest Driving Range in Korea' (562 km rating): https://www.asiae.co.kr/en/article/2025082810554658234

Tags: tips, korea, roadtrip

South Korea Winter EV Range Loss: The Science of Cold, Heat Pumps, and Battery Preconditioning (2026)

Michael Su — Sun, 27 Sep 2026 12:11:25 +0000

South Korea's winters are no joke — Seoul routinely drops to −10 °C and colder snaps hit −15 °C — and that is exactly when an electric vehicle's advertised range quietly evaporates. This tech analysis breaks down the chemistry and physics behind Korean winter EV range loss, and explains how heat pumps and battery preconditioning claw most of it back.

Photo: Wikimedia Commons / RG72, CC BY 4.0

Why South Korea Cares: Harsh Winters, Real Numbers

When a cold wave hits the Korean peninsula, EV owners feel it in the guess-o-meter. Local reporting during past cold snaps put the country's electric-vehicle population at roughly 370,000 owners, and the complaints were consistent: a fully charged car suddenly shows far fewer kilometers, and nobody wants to run the heater.

The Korean government actually measures this. The Ministry of Environment's zero-emission-vehicle integrated database certifies low-temperature range (heater on, around −7 °C) alongside the normal-temperature figure. According to those certification figures, reported by Asiae:

Hyundai Ioniq 6 Long-Range 2WD: 544 km at 25 °C → 428 km at −7 °C (a 116 km drop, about −21%)
Kia Niro EV: 404 km at 25 °C → 303 km at −7 °C (a 101 km drop, about −25%)
Tesla Model 3 Long Range: 527.9 km at 25 °C → 440.1 km at −7 °C (a 90 km drop, about −17%)

A separate survey of 150 EV owners by Hyundai Marine & Fire Insurance, reported by Korea Bizwire, found average driving distance fell 33.4% in sub-zero conditions versus normal. That spread — 17% to 33% — already tells you the loss is not one single number but depends on the car, the cold, and how you heat the cabin.

The Physics: What Cold Does to a Lithium-Ion Battery

An EV battery is a collection of lithium-ion cells moving ions through a liquid electrolyte. Cold does two things that combine to shrink usable range:

Slower ion transport. Below roughly −4 °C the electrolyte becomes more viscous and the electrochemical reactions inside the cell slow down. The battery can't deliver or accept current as freely. Korean automotive professors quoted by The Korea Herald note this is why performance degrades sharply as the thermometer falls.
Higher internal resistance. As resistance climbs, more of the pack's energy is wasted as heat inside the cell instead of reaching the motor. The pack is not damaged — warm it back up and the capacity returns — but while cold, less of the stored energy is usable.

Carmakers express this as "usable capacity" loss. Working from AAA's controlled dynamometer testing, at 20 °F (−6.7 °C) with the climate system off, range already falls about 12% just from the battery chemistry itself. That is the floor; the heater is what buries you.

The Bigger Thief: Cabin Heating

A gasoline car heats the cabin with waste engine heat it was going to throw away anyway. An EV has almost no waste heat, so it must pull energy from the traction battery to warm the people inside. With the heater running at 20 °F (−6.7 °C), AAA measured average range dropping 41% — so roughly two-thirds of the total winter loss is the cabin heater, not the battery itself. The U.S. Department of Energy makes the same point: most extra winter energy goes to heating the cabin.

This is why the single best habit is to pre-heat the cabin while still plugged in, and to use seat and steering-wheel heaters (tens of watts) instead of blasting the cabin HVAC (several kilowatts).

Heat Pumps vs Resistive Heaters: The 2–4× Difference

There are two ways to make cabin heat in an EV:

Resistive (PTC) heater: passes current through a coil, 1:1 efficiency — 1 kW of electricity makes 1 kW of heat. Simple, but it drains the pack.
Heat pump: a reverse air-conditioner that scavenges thermal energy from the outside air (even cold air still contains extractable heat) and compresses it. Typical efficiency is 2:1 to 4:1 — 1 kW of electricity yields 2–4 kW of heat.

That efficiency gap is the difference between a survivable and a miserable winter. Most 2026 mainstream EVs — Tesla Model Y/3, Hyundai Ioniq 5/6, Kia EV6, BMW i4 — ship with a heat pump as standard, and modern Hyundai/Kia "octovalve" and Tesla "Superbottle" thermal systems even recover waste heat from the motor and inverter.

The payoff shows in real-world data. Recurrent's November 2025 study of 30,000+ vehicles across 34 models found EVs retain about 78% of range at 32 °F (0 °C) and 70% at 19 °F (−7 °C) on average. Drilling into heat-pump vs non-heat-pump cars at freezing: the Tesla Model Y held ~86% and the Hyundai Ioniq 5 ~85%, while heat-pump-less cars like the VW ID.4 fell to ~63%.

Battery Preconditioning: Warming Up on the Grid

Preconditioning is the second weapon, and it tackles both range and charging. The car warms the battery and the cabin while still plugged into the wall, so you leave with a warm pack and a warm interior at no cost to driving range. It also dramatically improves DC fast-charging: a cold pack is throttled by the battery management system to protect the cells, so an un-preconditioned car at −5 °C might be limited to ~50 kW instead of its usual 150 kW. Route to a charger with the nav active and E-GMP (Hyundai/Kia), Tesla, Ford and BMW models will warm the pack en route, restoring most of the peak charge curve.

Korean engineers quoted by The Korea Herald also stress battery heating speeds up charging and eases the heavy draw a cold pack would otherwise demand at startup — and that preconditioning works best when the car is kept above 0 °C, e.g. parked underground.

What Korean Cold-Climate Data Shows (Putting It Together)

Synthesizing the Korean certification data with global testing:

Mild cold (around 0 °C / 32 °F): expect ~20–25% loss with a heat pump, more without.
Hard cold (−7 °C, Seoul-style snap): Korean certification shows Ioniq 6 at about −21%, Model 3 at about −17%; owner surveys average closer to −33% because real heaters run harder than certification cycles.
Severe cold (−10 to −15 °C): Korean professors cite 20–25% loss with a heat pump and 30–40% without, with drops beyond 60% at −15 °C without thermal management.

Note that LFP ( lithium iron phosphate) chemistries — found in some budget Korean EVs — are generally more temperature-sensitive than NCM, so they tend to sit at the worse end of these ranges in deep cold. That is a chemistry caveat, not a policy point.

Practical Winter Tips for Korean EV Owners

Precondition on the grid — set a departure time in Bluelink / the Tesla app so battery and cabin warm while charging.
Use seat + steering-wheel heat before the cabin HVAC — watts vs kilowatts.
Park underground when possible to keep the pack above 0 °C.
Keep the pack fuller in winter — a full pack cools more slowly and gives margin.
Navigate to the fast charger so the battery pre-warms for a fast session.
Gentle acceleration and regen — a cold pack dislikes sudden high loads.

China Angle

From where I sit in China, Korea's winter-range anxiety looks familiar but smaller in scale. China's NEV market is several times larger, and LFP now dominates domestic sales — which means Chinese drivers also live with LFP's cold sensitivity, especially in northern cities like Harbin where −20 °C to −30 °C is routine. The difference is density and iteration speed: Chinese makers such as BYD have standardized heat pumps and "battery direct heating / preconditioning" across most new models, and the charging network in tier-1 cities is far denser than Korea's, softening the range-anxiety edge. Still, the underlying physics is identical — cold slows the ions, the heater eats the pack — and the same habits (precondition on the wall, use seat heat, keep the pack warm) are what separate a stressful winter from a comfortable one. Korea's official low-temperature certification data is actually something China could adopt more visibly to set honest cold-weather expectations for buyers.

Sources

The Korea Herald — "Tips to minimize EV range loss in cold weather" (professor quotes on −10 °C / −15 °C losses, electrolyte behavior): https://m.koreaherald.com/article/3025804
Asiae — Ministry of Environment ZEV database low-temperature certification (Ioniq 6, Niro EV, Model 3 cold ranges): http://www.asiae.co.kr/en/article/2023012608520814456
AAA Newsroom — cold-weather EV range study (41% loss at 20 °F with heat, 12% without): https://newsroom.aaa.com/2019/02/cold-weather-reduces-electric-vehicle-range/
iEVChina / Recurrent Nov 2025 study — real-world 78% (0 °C) / 70% (−7 °C) retention, heat-pump vs resistive comparison: https://ievchina.com/?p=3221/

Tags: technology, winter, korea

China NEV Daily Roundup — Sep 27: AITO M8 Debuts, iCAR V27 Long-Range Revealed, Golden-Week Launch Wave

Michael Su — Sun, 27 Sep 2026 12:08:06 +0000

China's "Golden September" peaks this week as the国庆 holiday nears. Today's roundup covers a major Huawei-aligned SUV debut, fresh range-extender specs from Chery, a packed launch calendar for next week, a fresh recall batch touching PHEV and BEV nameplates, Chinese brands scaling Thailand's EV hub, and the latest sales and charging-infrastructure data. Powertrains span BEV, PHEV and EREV throughout.

AITO M8: official image via Sina Auto

1. AITO M8 officially unveiled — BEV + EREV, L3-ready architecture

On September 27, Huawei's Harmony Intelligent Mobility Alliance (HIMA) and Seres formally unveiled the all-new AITO M8, a full-size family SUV built on a platform engineered for L3-class autonomous driving. It runs Huawei Qiankun ADS 5 with a new omni-directional perception stack and comes standard with an 896-line LiDAR. Two seating layouts (5- and 6-seat) are offered; the body measures 5,190 × 1,999 × 1,795 mm with a 3,105 mm wheelbase and a 200 km/h top speed.

Per the MIIT filing (batch 409), the M8 is offered in three powertrains: an EREV with an LFP battery, an EREV with an NMC battery, and a BEV dual-motor version (front 160 kW / rear 227 kW). WLTC drained-fuel consumption is listed at 0.18 L/100 km (NMC) and 0.22 L/100 km (LFP) for the range-extender variants. Pricing is not yet released — AITO will open presales on September 30, with final prices confirmed at that time.

Source: 腾讯/企鹅号 (gu.qq.com), Sep 27, 2026 — https://gu.qq.com/resources/shy/news/detail-v2/index.html?t=1#/index?_tentrees_trans=0&id=SN20260927171910951c5a9c

2. iCAR V27 long-range EREV specs revealed, launch set for Sep 30

Chery's iCAR brand published the battery and powertrain parameters of the iCAR V27 long-range edition on September 27. It carries a 51.2 kWh CATL LFP range-extender battery, delivering 300 km CLTC pure-electric range, with 6 kW external discharge and a 30%–80% fast charge in 17 minutes. The "Super Golden Range Extender" pairs a 1.5T dedicated range-extender engine with 45.79% thermal efficiency and a total drive power of 335 kW, rated at 3.71 kWh generated per litre of fuel. The long-range version launches on September 30; current V27 pricing (210 km / 200 km versions) runs ¥169,800–196,800 (≈$23.7k–$27.4k), with the long-range price to be confirmed at launch.

Source: 网通社 / 凤凰网汽车 (auto.ifeng.com), Sep 27, 2026 — https://auto.ifeng.com/c/8wlKYhuUB4C

3. Week 40 (Sep 28–Oct 4) launch preview: RX, V8, X700, ID.ERA 8X, new Roadster

Autohome's weekly preview lists a dense slate of upcoming debuts. Zhijie (Luxeed) RX has already opened presales at ¥299,800–399,800 (≈$41.8k–$55.8k) — a BEV with a four-LiDAR matrix and up to 852 km CLTC. Xiangjie (Stelato) V8 offers BEV (120 kWh, 775–830 km CLTC, 800V) and EREV (1.5T, 260–339 km WLTC electric) variants. Mengshi X700 and Volkswagen ID.ERA 8X — the latter an EREV with a 1.5T unit, 51.1/65.2 kWh packs, 340–400 km CLTC electric and 1,400–1,500 km combined range — are also queued. A new Tesla Roadster unveiling rounds out the week. These are upcoming/teaser items; final specs and prices land as each model goes on sale.

Source: 汽车之家 (autohome.com.cn), Sep 27, 2026 — https://www.autohome.com.cn/news/202609/1317457.html

4. Fresh recall batch: BMW imports, Land Rover Defender PHEV, Stellantis 4xe, BYD, NIO

China's market regulator published a new recall wave. BMW (China) will recall 7,081 imported 5/7/8 Series cars (built 2021–2025) from November 1 over driveshaft-to-differential spline wear that can cut rear-axle power. Jaguar Land Rover is recalling 3 imported 2022 Land Rover Defender plug-in hybrids immediately over high-voltage-battery thermal-overload risk — a PHEV safety action. The same batch also covers Stellantis Wrangler 4xe (979) and Grand Cherokee 4xe (1,178) PHEVs over engine sand-contamination, BYD Tang (≈142,900) and Qin (40,316) over brake-pedal limiter pads, and NIO Firefly (686) BEVs over a steering-column sensor issue. All fixes are free of charge.

Sources: 重庆日报 (cqrb.cn), Sep 24, 2026 — https://www.cqrb.cn/caijingzonghe/2026-09-24/2783567_pc.html ; 新浪财经 (sina.com.cn), Sep 27, 2026 — https://k.sina.com.cn/article_1708533224_65d625e801901muqg.html

5. Chinese automakers power Thailand's EV hub — $3B invested, 150k units Jan–Aug

A September 27 report highlights how Chinese brands are reshaping Southeast Asia's auto industry: seven Chinese automakers have invested over $3 billion in Thai plants, with Changan alone linking 40+ local suppliers and bringing 10 core suppliers to Thailand. Thailand's NEV output reached 150,000 units in January–August 2026, up from just 70,000 over the prior 12 months. The IEA's Global EV Outlook 2026 projects ~23 million global EV sales (~30% of new cars) this year. The dynamic underscores China's shift from exporter to local-manufacturing partner across emerging markets.

Source: 腾讯新闻 (gu.qq.com), Sep 27, 2026 — https://gu.qq.com/resources/shy/news/detail-v2/index.html?t=1#/index?_tentrees_trans=0&id=SN20260927134340b63cdf8a

6. Sales & infrastructure: CPCA August actuals, September penetration forecast, charging network

CPCA's latest report (August data, released in September) shows NEV wholesale concentration deepening — 19 makers topped 10,000 units, led by BYD 432,684, Geely 173,675, Chery 115,245, Leapmotor 103,129, Tesla China 86,166, Li Auto 37,679, XPeng 39,107 and Xiaomi 30,153. On the retail side, BYD led at 233,943, Geely 110,560 and Leapmotor 84,874. Narrowed PHEV remained strong. For September, industry forecasts point to ~1.11 million NEV retail units and a record ~65.7% penetration. On infrastructure, China's charging network hit 24.223 million connectors by end-August (+39.6% YoY), including 5.16 million public units.

Sources: 乘用车市场信息联席分会 / MarkLines (marklines.com), Sep 2026 — https://www.marklines.com/cn/report/cpca083_202609 ; 网通社 (news18a.com), Sep 18, 2026 — https://www.news18a.com/news/storys_297974.html ; 国家能源局, Sep 23, 2026.

Also this week (brief tracking)

Earlier launches this week — Li Auto i6 (BEV), Lynk & Co 07 EM-P (PHEV), Hongqi H9 reservation (PHEV), BYD Da Han dated for Oct 13, Hongqi G919 presale (EREV), Beijing BJ40 EREV Black Edition, Tesla Semi — were covered in our Sep 25–26 roundups and are not re-headlined here; no major new developments were reported today.

Image credits: Cover photo: AITO M8 official image via Sina Auto. Official manufacturer photos only; per our editorial policy, AI-generated imagery is not used to represent real production vehicles.

China Angle: A Chinese author's note — China's NEV market now spans every powertrain (BEV, PHEV, EREV), and the same brands (BYD, Chery/iCAR, Huawei-aligned AITO/Zhijie/Xiangjie, NIO) are the ones exporting platforms and localizing production in markets like Thailand, making today's domestic launches directly relevant to overseas buyers.

Tags: electricvehicles, EV, china

V2H in Japan 2026: Turn Your EV Into a Home Battery (and the Subsidy Window Just Changed)

Michael Su — Sat, 26 Sep 2026 12:09:10 +0000

Japan is the world's most mature V2H (vehicle-to-home) market, and not by accident. Earthquakes and typhoons have made "an EV that can power the house" feel like emergency infrastructure rather than a gimmick. If you own a detached home with a driveway and a Japanese-market EV, 2026 is still a good year to wire one in — but the subsidy calendar just shifted, so timing matters. This guide covers what V2H does, the 2026 subsidy reality, and the checks to run before you sign.

Photo: Wikimedia Commons / ElaadNL, CC BY 3.0

What V2H actually does

A dedicated bidirectional unit sits between your car and your home's breaker panel, letting power flow both ways. Charge at night on cheap electricity, then either drive or discharge the pack into the house during the expensive daytime peak. Output reaches up to ~6 kW through the panel — enough for an induction cooktop and an A/C — and in a blackout a full EV battery can keep a typical household running for three to four days. Add rooftop solar and you get a self-consumption loop: charge from surplus PV by day, discharge in the evening, buying almost nothing from the grid.

Check vehicle compatibility first

Not every EV feeds the panel. In Japan, CHAdeMO cars are the safe bet — Nissan Leaf / Ariya, Mitsubishi Outlander PHEV — because CHAdeMO-spec V2H is the de facto national standard. As of June 2026, about 32 passenger EV/PHEV models (domestic and import) are V2H-compatible, including Honda N-ONE e:, Toyota bZ4X, and Chinese brands sold in Japan like BYD Dolphin, Atto 3 and Sealion 7. If you drive an imported AC-only EV, confirm it is certified for V2H discharge before buying the unit — many cannot feed the panel.

The 2026 subsidy reality (read this before ordering)

National V2H subsidy — CLOSED early. The FY2025 national program covered up to half the equipment cost (cap ¥750,000) plus installation (cap ¥550,000), i.e. up to ¥1.3 million. But applications closed on August 27, 2026 — about a month before the original Sept 30 deadline, because the budget ran out. If you missed it, you cannot use the national V2H category this round.
Tokyo top-up — still open. Tokyo's V2H promotion adds up to ¥1 million (full cost if you have both solar and an EV; ¥500,000 if only one), accepting applications through March 31, 2027.
Municipal top-ups vary — e.g. Saitama City ¥100,000, Chiba City up to ¥250,000, Nagoya ¥50,000. Always check your city hall.
National detached-house outlet subsidy — still open (flat ¥50,000, through Sept 30, 2026), a new category that finally covers individual homes.
Tokyo EV purchase subsidy also stacks (base up to ¥1.3 million; +¥100,000 for V2L capability, +¥100,000 for home charging gear).

Practical effect: on a typical ¥1.5–1.8 million installed system, stacked Tokyo + municipal support can still cut out-of-pocket cost to roughly half — but you can no longer count on the national ¥1.3M layer this cycle.

The night-rate math

A 40 kWh EV charged overnight at ~¥26/kWh costs about ¥1,040 for a full pack. Discharged into the home during the 15:00–21:00 peak (¥45–60/kWh at many utilities), every kWh you don't buy saves ¥20–35 versus the night price — roughly ¥800–1,400 per full cycle per month for a 2-person household. Japan's feed-in-tariff era is over; self-consumption is now the profitable mode.

China Angle

China's bidirectional story is moving fast on the V2L (vehicle-to-load) and V2G side: BYD ships 6.6 kW V2L as standard across its lineup, and Chinese makers plus Huawei are pushing vehicle-to-grid pilots. The structural difference is standards — Japan's CHAdeMO-based V2H is mature but proprietary, whereas China's GB/T bidirectional spec plus its vastly larger EV base could scale V2G faster once interoperability lands. For a Japan-based buyer, the fact that BYD's Japanese models already appear on the local V2H-compatible list is a quiet reminder of how Chinese EVs are becoming part of Japan's home-energy ecosystem.

Sources:

TEPCO EV DAYS — V2H-compatible EV/PHEV list (June 2026): https://evdays.tepco.co.jp/entry/2022/11/24/000036
EV Eco Home — 2026 national V2H subsidy up to ¥1.3M: https://ev-ecohome.com/column/138
Min-Taxes — Japan EV Charger & V2H Subsidies 2026 (national window closed Aug 27): https://min-taxes.com/en/column/ev-judenki-v2h-hojokin
electrive — Tokyo plans higher EV subsidies (V2H/V2L add-ons): https://www.electrive.com/2026/06/11/tokyo-plans-higher-ev-subsidies/

Tags: tips, Japan, V2H

Japan's Solid-State Battery Race: Toyota Targets 2027–2028, Nissan and Honda Close Behind

Michael Su — Sat, 26 Sep 2026 12:09:02 +0000

Japan is betting its entire next-generation battery industry on solid-state technology — a "go straight for the breakthrough" strategy that stands in sharp contrast to China's "ship semi-solid now, perfect later" approach. With Toyota holding more than 1,300 core solid-state patents and the government backing a roughly ¥1 trillion domestic supply chain, 2026 is the year the lab promises turn into factory lines. Here is where the Japanese solid-state race actually stands.

Photo: Wikimedia Commons / RudolfSimon, CC BY-SA 3.0

Why solid-state, and why Japan is all-in

A solid-state cell replaces the liquid electrolyte with a solid one, raising energy density and safety while cutting charge time. Japan's Ministry of Economy, Trade and Industry (METI) approved Toyota's domestic solid-state production plan in 2024, and Japanese firms held about 38% of global solid-state patents (Toyota alone >1,300) as of late 2025. The strategic goal is clear: reduce dependence on Chinese and Korean battery supply chains.

Toyota — the clear front-runner (sulfide route)

Toyota's sulfide solid-state cell has reached a third-generation sample with a lab energy density of 450–500 Wh/kg (more than double today's ternary lithium) and a 10-minute charge for ~1,200 km of range claimed. The official roadmap: build Japan's first GWh-class solid-state line in Aichi, begin mass production in 2027, and put the first cells in Lexus flagship models in 2028. Toyota received Japanese production approval on Oct 7, 2025, and is co-building a lithium-sulfide plant with Idemitsu Kosan (operating 2027) plus a cathode partnership with Sumitomo Metal Mining. Early capacity is earmarked for high-end models, with cost targeted to fall to ~1.5× liquid batteries by 2030.

These are Toyota's stated targets, not yet commercially shipped specs — treat range/charge figures as manufacturer claims.

Nissan — pilot line proven, 2028 commercialization

At its Yokohama pilot line, Nissan completed prototype testing of a 23-layer automotive solid-state cell in April 2026, with charge, energy density and cycle life all meeting design specs. Nissan uses a sulfur-manganese cathode (no cobalt) and a lithium-metal anode, aiming for packs 70% smaller than today's and a 0–65% charge in ~5 minutes. It plans to lock cell-stack count in FY2026 and reach commercialization in FY2028. The hard blocker: a single solid-state car still costs roughly ¥100 million to build today because solid electrolyte is made only at lab scale.

Honda and Panasonic — rounding out the pack

Honda's solid-state pilot line in Sakura, Tochigi, started up in January 2026 (≈¥43 billion investment, roller-compaction to cut interface resistance, 90% yield target mid-2026) and works with Samsung SDI on sulfide cells. Panasonic is pursuing the oxide route, targeting commercialization around 2029.

The real risk: cost and timing vs. China's head start

Solid-state's weak point is engineering scale-up. Sulfide electrolytes are moisture-sensitive (production must run near 1 ppm humidity), and pilot-line yield has been reported below 65% in places — pushing unit-capacity investment to 4×+ that of liquid lines. That is exactly why China chose a different path.

China Angle

China did not wait for perfect solid-state. It took the semi-solid route as a commercial bridge: NIO ships a swappable 150 kWh semi-solid pack (~360 Wh/kg, 1,000 km+ real range) since 2023–2024; CATL, BYD, GAC and others have semi-solid cells in volume; as of March 2026, ~72% of global semi-solid capacity was Chinese. Chinese makers also run parallel sulfide/oxide full-solid programs (CATL Hefei line expanding 2026, BYD Chongqing 20 GWh solid-state plant breaking ground 2026). The strategic difference: China "ships now, iterates fast" (lab-to-car cycle roughly half of Japan's), while Japan banks on a patent + materials moat but lags on commercialization. For EV buyers, the practical read is that Japan's solid-state could leapfrog LFP on range and charge speed, but meaningful volume will not arrive before ~2028 — whereas China's LFP and semi-solid already dominate today's market.

Sources:

People's Daily / China Energy News — Toyota 2027–2028 solid-state plan: https://paper.people.com.cn/zgnyb/html/2023-06/26/content_26002668.htm
Shanghai Metals Market — Toyota solid-state layout, 2027 mass production: https://news.metal.com/newscontent/103633667-Toyota's-Solid-State-Battery-Layout:-Mass-Production-in-2027-to-Achieve-a-1,000-km-Driving-Range-Revolution
IT Home — Nissan completes solid-state prototype test, Apr 2026: https://www.ithome.com/0/946/350.htm
Mobility Engineering (SAE) — Nissan solid-state gambit, 2028 launch: https://www.mobilityengineeringtech.com/component/content/article/53135-sae-ma-07585
China IRN — 2026 global solid-state industry (Japan vs China/Korea): https://www.chinairn.com/hyzx/20260812/180033466.shtml

Tags: technology, battery, Japan

China EV News Today: Hongqi G919 EREV Presale, BJ40 Black Edition Launch, Tesla Semi Rolls Out

Michael Su — Sat, 26 Sep 2026 12:06:18 +0000

China's "golden September" sales sprint peaked again on Saturday, Sept 26, with two homegrown range-extended (EREV) off-roaders stealing the spotlight — Hongqi's first hardcore 4-motor SUV opened presales and Beijing's BJ40 gained a factory-black EREV edition — while Tesla's long-delayed Semi electric truck finally entered volume production in Nevada. Here are today's verified China new-energy vehicle (BEV / PHEV / EREV) headlines.

Hongqi G919: official image via 163.com

1. Hongqi G919 opens presale — first 4-motor EREV hardcore SUV (EREV)

FAW Hongqi opened presales for the G919 on Sept 22 (previewed widely on Sept 26), its first body-on-frame hardcore off-road SUV and the brand's bid for the premium "boxy" EV segment. Three trims — 拓境 / 御境 / 限定 — are priced ¥359,800–439,800 (approx. $50,200–$61,300 USD).

The G919 rides on Hongqi's Honghu off-road platform with a 2.0T range extender + vector-controlled four-motor AWD (combined 620 kW / 1,320 N·m, 0–100 km/h in 4.5 s), a 62.9 kWh ternary battery for 280 km CLTC electric range and 1,350 km total, an 800V SiC platform (30–80% in 12 min), and "three locks" (front/rear mechanical diff locks + energy center lock).接近角 30° / 离去角 32° / wading 900 mm. Final launch pricing and deliveries are still to come — this is a presale, not a finalized on-sale price.

Source: Autohome — https://chejiahao.autohome.com.cn/info/26544717 ; NetEase — https://www.163.com/dy/article/L7LRN4240553TF8W.html

2. Beijing BJ40 EREV Black Edition launched at ¥184,800 (EREV)

At the 2026 Beijing Off-Road Global User Conference on Sept 26, BJ40 增程黑曜版 (EREV Black Edition) launched as a single trim at ¥184,800 (approx. $25,800 USD), built to order with a full factory matte-black package (paint, wheels, badges) plus red 4-piston calipers — a compliant "stock-mod" alternative to aftermarket wraps.

It keeps the BJ40 EREV powertrain: EREV 4WD, 391 kW / 655 N·m, 0–100 km/h in 4.9 s, a 41.7 kWh LFP battery for 201 km CLTC electric range and 1,249 km total (1.17 L/100 km combined). Body-on-frame chassis, three locks, 38° approach / 37° departure, 750 mm wading, 13 rigidity rings.

Source: Autohome — https://www.autohome.com.cn/news/202609/1317442.html ; Sina Auto — https://auto.sina.com.cn/newcar/x/2026-09-26/detail-initckcf3955161.shtml

3. Tesla Semi finally enters mass production in Nevada (BEV, overseas)

On Thursday night, Tesla held a delivery event at its purpose-built Semi factory in Sparks, Nevada, marking the start of volume production of the long-delayed Semi electric Class-8 truck nearly nine years after its 2017 unveiling. Customers named include PepsiCo, DHL, US Foods, WattEV, ABF and Einride; Musk said the waitlist is "substantial" and the plant is rated at 50,000 units/year.

This is a foreign-brand BEV milestone rather than a China-market launch, but it matters for China's own electric-truck push (BYD, Foton, DeepAlphabet) and for the trans-Pacific freight electrification narrative.

Source: Wall Street CN (华尔街见闻) coverage, Sept 26, 2026.

4. MAZDA EZ-60 LiDAR version launches (BEV, Changan-Mazda JV)

At a fan festival in Zhuhai on Sept 26 (13:00), Changan Mazda launched the MAZDA EZ-60 激光版 (LiDAR version), adding a lidar-equipped ADAS variant to the EZ-60 electric crossover. A ¥10 deposit "inflates" by ¥100 per day up to ¥3,600 off the final price — a lock-in tactic to shorten purchase decisions.

The EZ-60 is the latest fruit of the Changan–Mazda NEV joint venture, part of a wave of legacy JV EVs (also VW ID.AURA T6, BMW Neue Klasse iX3) trying to rebound in China's EV price war. Final pricing was not disclosed in today's reports.

Source: Toutiao / Chang'an Mazda official, Sept 26, 2026.

5. Tesla China Model Y to roll back ~¥3,000 after incentive ends (BEV, overseas)

TechWeb reported Tesla China's limited-time cash incentives expire Sept 30: orders taken before then get ¥5,000 off all Model 3 and ¥10,000 off all Model Y (incl. Model Y L), stacking with 5-year 0-interest. After the window closes, some Model Y variants will rise about ¥3,000 (≈$418 USD). The move sets up an end-of-September rush ahead of the National Day holiday.

Source: TechWeb, Sept 26, 2026.

6. Huawei teases ultra-premium "Zunjie" SUV; Harmony Intelligent Mobility becomes five brands

At a Shenzhen event on Sept 26, Huawei's Richard Yu said the Harmony Intelligent Mobility (鸿蒙智行) ecosystem has expanded from "four brands" to "five brands" — Wenjie, Zhijie, Xiangjie, Zunjie and Shangjie. He teased the Zunjie SUV as "very, very high-end, with a sincerely priced" tag, targeting the million-yuan luxury segment against BMW X7, Mercedes GLS and Zeekr 9X. Zunjie is the fourth Huawei-selected brand after the recent spin-out of Wenjie's trademark to Seres for ¥11.5B.

Source: Phoenix (凤凰网), Sept 26, 2026.

7. September sales records: BYD passes 9 million NEVs, makers post big gains

On Sept 26 several Chinese EV makers published September delivery figures. BYD reported 419,400 units (+45.6% YoY), with its cumulative NEV output surpassing 9 million on Sept 25 (the 10-millionth is expected by late November). Other highlights: Chery 244,500 (+28.6%), Geely 201,900 (+21%), Li Auto 57,500 (+48.9%), NIO 33,800 (+113%), XPeng 21,352 (+39%), Leapmotor 59,769 (+84.6%, a record), and Harmony Intelligent Mobility 52,916 (+32.5%, Wenjie M8 best-seller at 21,244).

Per CAAM, September NEV sales set another record — total NEV around 1.6M units (+~45% YoY, >49% of all vehicle sales), with passenger NEV about 1.29M (+42%, ~46% of passenger sales), confirming NEV has moved from policy-driven to market-driven demand even after purchase-subsidy cuts.

Source: AutoTimes — https://www.autotimes.net/chinas-new-energy-vehicle-sales-are-in-september-nev-sales-rankings-released ; AsiaICT — http://asiaict.com/ai/5199.html ; CCEDIA — https://www.ccedia.com/finance_detail/1551186368859987968.html

Tracking — PHEV presence and the "golden September" cluster

PHEV / plug-in hybrids continue to anchor the rush: Lynk & Co 07 EM-P (PHEV) launched Sept 25 and Hongqi H9 (PHEV, Huawei Qiankun ADS) opened reservations Sept 25 — both outside today's headline window but confirming PHEV remains a core pillar alongside BEV and EREV.
The mid-September launch wave (Denza Z9S, IM LS6, Qijing GX7, Changan Qiyuan Q06, Geely Galaxy E5, Voyah Dreamer 9, etc.) is now in showrooms; today's items are genuinely new Sept-26 acts and are not re-headlined.
Policy: Nanjing opened a second-round NEV purchase subsidy (3% of invoice, up to ¥7,000) for Sept 16–Dec 31, reinforcing the National Day sales peak.

Image credits: Cover photo: Hongqi G919 official image via 163.com. No AI-generated imagery.

Tags: electricvehicles, EV, china