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V2H 2026

V2H Compatible Cars UK 2026

Every car that can power your home in the UK right now, the two bidirectional chargers that make it work, and what a full install actually costs.

Compatibility list verified 2026-07-16 Updated quarterly. Always confirm your exact model year with us before ordering a charger.

Quick answer

Which cars are V2H compatible in the UK in 2026?

The confirmed V2H-capable cars in the UK are: Nissan Leaf (1st/2nd gen, 2011-2025), Kia EV9, Cupra Born (77 kWh), BYD Dolphin, Renault 5 E-Tech, Mitsubishi Outlander PHEV. Two bidirectional chargers make it work: Wallbox Quasar 2 (~£6,100 hardware + £1,000-£2,000 specialist install fitted) and Indra V2H (No public UK price — trial units only fitted) and Zaptec Pro (bidirectional) (Bundle-only — Octopus Power Pack (car + charger + tariff, under £300/month) fitted) and Mobilize PowerBox Verso (UK pricing TBC — service rollout during 2026 fitted) and HagerEnergy S10 E Compact (No confirmed UK availability or price fitted) and Nissan Energy AC bidirectional wallbox (Price TBC — Nissan targets conventional-charger money, not £5,000+ fitted). A complete fitted V2H installation — charger, isolation switchgear and DNO G99 consent — currently runs £300-£6,100. Tesla models are not supported. Many other EVs offer V2L only, which powers appliances but not your house wiring.

Vehicle-to-home (V2H) turns your EV into the biggest home battery on the street. A typical EV pack holds 60-90 kWh — four to eight times the capacity of a stationary home battery — and with the right bidirectional charger it can charge overnight at off-peak rates and run your entire home through the expensive evening peak. The catch: only a short list of cars support it, and the car must be paired with the right charger. Below is the full UK compatibility picture, verified against manufacturer and charger-maker documentation, plus honest numbers on cost and payback. For the wider technology comparison, see our guide to V2H vs V2G vs a home battery.

Full compatibility list

Every V2H compatible car in the UK — verified 2026-07-16

Compatibility means the car and a UK-certified bidirectional charger both support discharge to the home. We list not-supported models too, because "bidirectional" on a spec sheet often means V2L only.

Car Connector Usable battery V2H status Charger pairing
Nissan Leaf (1st/2nd gen, 2011-2025) CHAdeMO 62 confirmed Indra V2H (CHAdeMO)
Nissan Leaf (3rd gen, 2026) CCS 75 firmware-pending Nissan Energy AC bidirectional wallbox
Nissan Ariya CCS 87 firmware-pending Nissan Energy (TBC)
Kia EV9 CCS 99.8 confirmed Wallbox Quasar 2
Cupra Born (77 kWh) CCS 77 confirmed Wallbox Quasar 2
BYD Dolphin CCS 60 confirmed Zaptec Pro (Octopus Power Pack bundle)
BYD Atto 3 CCS 60.5 v2l-only None
Renault 5 E-Tech CCS 52 confirmed Mobilize PowerBox Verso
Volkswagen ID.3 / ID.4 / ID.5 / ID.7 (77 kWh) CCS 77 firmware-pending HagerEnergy S10 E Compact (not yet sold in UK)
Hyundai Ioniq 5 CCS 77.4 v2l-only None
Kia EV6 CCS 77.4 v2l-only None
MG ZS EV / MG4 / MG5 CCS 64 v2l-only None
Polestar 3 CCS 111 firmware-pending TBC
Mitsubishi Outlander PHEV CHAdeMO 20 confirmed Legacy CHAdeMO V2H units
Ford Mustang Mach-E CCS 91 v2l-only None
Tesla All models (3, Y, S, X) CCS 75 not-supported None
Stellantis Vauxhall / Peugeot / Citroen / Fiat EVs CCS 54 not-supported None
Various Most pre-2024 EVs CCS 0 not-supported None

Car by car

What each car can actually do

Nissan Leaf — the CHAdeMO original

The Leaf is where UK V2H started. Its CHAdeMO port carries DC in both directions, which is why it was doing vehicle-to-home years before the CCS world caught up. With 62 of usable battery it can carry a typical North East household through the full evening peak with plenty in reserve for the morning commute. Current status: confirmed, paired with Indra V2H (CHAdeMO).

V2H proven on 24-62 kWh CHAdeMO Leafs, but Indra V2H units were trial-only and are not on general UK sale. Working hardware exists; you cannot currently buy it new. Because CHAdeMO is a mature standard, the charging hardware is proven and the integration is the most predictable install we do. The trade-off is that the connector is being phased out across the wider industry, so a Leaf-based V2H setup is a known quantity today rather than a ten-year platform. For Leaf owners on an off-peak overnight tariff the economics stack up immediately: charge cheap after midnight, discharge into the 4pm-7pm peak, repeat.

Nissan Ariya

The Ariya is Nissan's move from CHAdeMO into the CCS era, and it brings V2H with it. Usable capacity is 87, which puts a full day of average household consumption inside the pack with margin to spare. Current status: firmware-pending, with the recommended pairing being Nissan Energy (TBC).

V2X indicated under the Nissan Energy programme; no confirmed UK V2H date or charger pairing yet. For buyers choosing an EV specifically to run their home, the Ariya is one of the most future-proof picks on this list: a mainstream manufacturer with a decade of bidirectional experience, on the connector standard the rest of the market is converging on. Pair it with a solar array and the household can run largely self-sufficient across summer, exporting any surplus under the Smart Export Guarantee.

BYD

BYD builds its own batteries and its own power electronics, which shows in how quickly it has moved on bidirectional charging. The UK picture per model:

  • BYD Dolphin (CCS, 60) — confirmed. Pairing: Zaptec Pro (Octopus Power Pack bundle). The UK's first commercial V2G offer (launched June 2025): BYD car + bidirectional Zaptec Pro + Octopus Power Pack tariff. Bundle-only — not available as a standalone charger purchase.
  • BYD Atto 3 (CCS, 60.5) — v2l-only. Pairing: None. V2L as standard; not part of the Octopus Power Pack V2G bundle at launch, which centres on the Dolphin.

BYD's Blade LFP chemistry is well suited to daily V2H cycling — LFP packs tolerate frequent shallow cycles better than most NMC chemistries, which softens the degradation question for owners planning to discharge into the peak every evening.

Renault 5

The reborn Renault 5 is the most affordable route onto this list. It carries a CCS connector and 52 of usable battery — smaller than the SUVs above, but still two to four times the size of a typical stationary home battery. Current status: confirmed, paired with Mobilize PowerBox Verso.

11 kW AC bidirectional charger built in. Mobilize V2G service launched in France 2024; UK deployment during 2026. The cleanest factory V2G design on sale. Renault has been loud about bidirectional capability as a headline feature rather than a footnote, and the car's price point changes the V2H payback maths: when the vehicle itself is one of the cheapest new EVs on sale, the incremental cost of turning it into a home power station is easier to justify. For a smaller household with modest evening consumption, the 5 covers the peak comfortably.

Kia EV6 and Hyundai Ioniq 5

The Hyundai-Kia E-GMP platform cars are the ones most often assumed to do V2H, because both are marketed hard on bidirectional power. The reality per our verification:

  • Kia EV6 (CCS, 77.4) — v2l-only. Pairing: None. V2L as standard; no confirmed UK V2H pathway despite sharing the E-GMP platform with the EV9.
  • Hyundai Ioniq 5 (CCS, 77.4) — v2l-only. Pairing: None. V2L (3.6 kW) as standard. Hyundai has run V2X trials but has never officially confirmed UK V2H, and Wallbox has not confirmed Ioniq 5 for the Quasar 2.

The distinction matters: a three-pin adapter that runs a kettle from the car is not the same thing as your consumer unit drawing from the pack automatically at 6pm. If either badge is on your driveway, check the status column above before budgeting for a bidirectional charger — the hardware only pays for itself when the car can actually feed the house.

Cupra Born and the VW ID family

The Volkswagen Group MEB platform cars share their electrical architecture, so their bidirectional story moves together. Current verified status per model:

  • Cupra Born (77 kWh) (CCS, 77) — confirmed. Pairing: Wallbox Quasar 2. One of the two vehicles Wallbox has confirmed for Quasar 2 bidirectional operation. 58 kWh Born variants are not included.
  • Volkswagen ID.3 / ID.4 / ID.5 / ID.7 (77 kWh) (CCS, 77) — firmware-pending. Pairing: HagerEnergy S10 E Compact (not yet sold in UK). All 77 kWh ID. models are "BiDi ready" via software 3.5 OTA, but V2H works only with the Hager S10 E Compact DC home power station, which has no confirmed UK availability. Smaller-battery ID. variants excluded.

Where a model shows true V2H it needs the exact charger pairing listed — MEB discharge is tightly controlled by software version, and an otherwise identical car on older firmware may only manage V2L. We confirm the software prerequisite as part of the survey, before any hardware is ordered.

MG

MG has made bidirectional power a selling point across its range, but the small print matters — the current UK position per model:

  • MG ZS EV / MG4 / MG5 (CCS, 64) — v2l-only. Pairing: None. V2L on selected trims (up to 3.3 kW). No MG-approved or UK-certified V2H pathway — forum reports of DIY V2H setups are not a supported product.

MG's value pricing makes it a popular first EV in the North East, so we field more V2H questions about these cars than almost any other badge. The honest answer is in the status column: where a model is V2L only, the right home-energy move is a stationary battery alongside a standard smart charger rather than waiting on a bidirectional retrofit that may never be certified for that model year.

Tesla — not supported

No Tesla currently sold in the UK supports V2H: the All models (3, Y, S, X) (CCS, 75) is not-supported. Tesla's commercial position is that home backup belongs to its stationary battery product, so bidirectional discharge to the house remains disabled regardless of which charger you fit. Tesla owners who want evening peak-shaving should look at a home battery instead — the full reasoning is in our Tesla Model Y V2H guide.

The hardware

Bidirectional chargers UK: costs and pairing

The charger decides which cars you can pair with — choose it against the car you own (or plan to buy), never the other way round.

Charger Connectors Price fitted Notes
Wallbox Quasar 2 CCS (DC, up to 12 kW) ~£6,100 hardware + £1,000-£2,000 specialist install UK pre-registration only as of mid-2026 — no confirmed UK order date. Confirmed bidirectional pairings: Kia EV9 and Cupra Born 77 kWh.
Indra V2H CHAdeMO (DC) No public UK price — trial units only UK-built, Nissan-approved and CHAdeMO-certified. The 2022-2024 trial is closed and units are not on general sale; Indra is working towards a commercial launch.
Zaptec Pro (bidirectional) CCS (AC) Bundle-only — Octopus Power Pack (car + charger + tariff, under £300/month) The UK's first commercial V2G package (Octopus Energy + BYD + Zaptec, June 2025). Requires off-street parking and ~12 hours/day plugged in for 20 days/month.
Mobilize PowerBox Verso CCS (AC, up to 22 kW) UK pricing TBC — service rollout during 2026 Renault Group's bidirectional AC wallbox for the Renault 5 E-Tech V2G service (with The Mobility House). Live in France since 2024; UK deployment during 2026.
HagerEnergy S10 E Compact CCS (DC home power station) No confirmed UK availability or price The only hardware Volkswagen has enabled for ID. model V2H. German-market product; UK ID. owners are BiDi-ready but have nothing to plug into yet.
Nissan Energy AC bidirectional wallbox CCS (AC) Price TBC — Nissan targets conventional-charger money, not £5,000+ Launching in the UK first alongside the 2026 Leaf. First AC V2G solution with UK G99 grid-code certification. The unit most likely to make V2H mainstream.

Beyond the charger itself, a compliant V2H installation needs three things a standard EV charger install does not. First, DNO G99 consent: because the charger can export, the district network operator must approve the connection before it is energised — we submit the application and typically have consent back within a few weeks. Second, isolation switchgear: a compliant changeover and isolation arrangement at the consumer unit so the installation disconnects safely during a grid outage. Third, export metering: a SMETS2 smart meter so any energy that does flow to the grid is measured and paid — the same meter requirement as the Smart Export Guarantee.

All-in, fitted totals currently run £300-£6,100 across the two chargers above, with the exact figure driven by your consumer unit, cable run and whether switchgear upgrades are needed. Our NICEIC-registered engineers handle the whole chain — survey, G99, install, commissioning — as a single job.

Know the difference

V2H vs V2G vs V2L

Mode What happens Hardware needed Why you would want it
V2H (vehicle-to-home) Car battery powers your house through a bidirectional charger Bidirectional DC charger, isolation switchgear, DNO G99 consent Cheap overnight charge runs the home at peak — the biggest bill saving of the three
V2G (vehicle-to-grid) Car battery exports to the grid for payment, managed by your energy supplier Bidirectional charger plus a compatible export tariff and supplier agreement Export income on top of V2H savings, but tariff availability is still limited in the UK
V2L (vehicle-to-load) A plug socket on the car powers appliances directly — no home wiring involved None — just the adapter supplied with the car Handy for camping or power cuts, but it cannot run your house circuits or cut your bills

The three terms get blurred in car marketing, and the blurring costs buyers real money. V2L is a feature of the car alone — useful, free, and irrelevant to your electricity bill. V2H is a property installation: the car becomes part of your home's energy system, shifting consumption from peak to off-peak automatically. V2G adds a commercial layer on top, selling stored energy back to the grid when prices spike, but it depends on supplier tariffs that are still rolling out in the UK. Our advice for 2026: buy for V2H capability, treat V2G upside as a bonus that arrives with tariff maturity, and never pay charger money for a car that only does V2L. The deeper comparison — including how a stationary battery fits in — is in our V2H vs V2G vs home battery guide.

Timeline

When will V2H be mainstream in the UK?

The direction of travel is clear even if the pace is not. The compatible-car list on this page grows every quarter as manufacturers ship bidirectional-ready software on CCS models, and charger certification — the real bottleneck — is accelerating now the first UK-approved units are in the field. Grid-side, the DNOs have moved G99 processing for small export devices from a paper exercise to a largely standardised approval, and smart tariffs already reward exactly the charge-cheap, discharge-at-peak behaviour V2H automates.

Our working view: V2H shifts from early-adopter to normal-option territory over the next two to three years, in the same way home batteries did between 2020 and 2024. The practical takeaway for anyone buying an EV in 2026 is simple — check the status column above before you order, because choosing a confirmed-compatible car today costs nothing extra and keeps the option open for the life of the vehicle.

Honest numbers

Is V2H worth it?

Run the numbers before falling for the concept. The saving comes from arbitrage: charging the car at an off-peak overnight rate and running the home from the pack through the peak. A household importing 8-10 kWh across a typical evening peak, displaced at a 15-20p/kWh spread between off-peak and peak rates, saves roughly £450-£700 a year — more with an EV-specific tariff, less if someone is home consuming heavily off-peak anyway. Against a fitted cost of £300-£6,100, that puts realistic payback in the range of five to nine years for a car that sits on the driveway most evenings.

Two honest caveats. First, availability: the car has to be home and plugged in during the peak to earn its keep — a commuter car that returns at 7pm misses most of the value, and a stationary battery (see our best home battery guide) may suit that household better. Second, degradation: daily V2H cycling is shallow and gentle, and trial data puts the additional wear at low single-digit percentage points over a decade, but it is not zero and you should count it. Where V2H wins outright is capacity per pound — you have already bought a battery four to eight times bigger than anything we could bolt to your wall. If the car is on the driveway at 6pm most nights, the charger is the only missing piece.

Book a free EV charger consultation

We check your exact car and model year against the current V2H compatibility list, survey the property, and quote the full install — charger, switchgear, G99 consent — as one fixed price.

Free, no-obligation survey Fixed-price written quote Fully-certified installation

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NICEIC Approved

D124458

Electrical contractor

Gas Safe Register

947841

Gas appliances

Heat Geek Trained

Heat pump design specialists

SafeContractor

Approved

H&S accredited

ISO 9001

2015

Quality management

ISO 14001

2015

Environmental management

ISO 45001

2018

OH&S management

PAS 2030

:2019

Retrofit standard

NAPIT

Member

Electrical inspection

F-Gas Certified

Air conditioning refrigerant

Every accreditation listed is independently verified. We carry the registration numbers — ask for any on request.

V2H compatible cars — your questions

Which cars support V2H in the UK in 2026?

As of our last verification on 2026-07-16, the confirmed V2H-capable cars in the UK are: Nissan Leaf (1st/2nd gen, 2011-2025), Kia EV9, Cupra Born (77 kWh), BYD Dolphin, Renault 5 E-Tech, Mitsubishi Outlander PHEV. Support depends on both the car and the charger — a compatible car paired with the wrong charger cannot do V2H, which is why every row in our table lists a charger pairing.

How much does a V2H charger cost fitted?

Fitted prices in the UK currently run £300-£6,100 depending on the charger and the state of your consumer unit. That includes the bidirectional charger itself, isolation switchgear and commissioning. Properties needing a consumer unit upgrade or long cable runs sit at the top of the range.

Can a Tesla do V2H in the UK?

No. Tesla does not currently enable bidirectional AC or DC discharge to a home on its UK cars, and no UK-certified bidirectional charger supports them. Tesla drivers who want to run the house from a battery need a stationary home battery instead.

Do I need DNO permission for V2H?

Yes. A bidirectional charger is an export-capable device, so it needs G99 consent from your district network operator (Northern Powergrid across most of the North East) before it can be energised. We submit the G99 application as part of every install and wait for approval before commissioning.

Does V2H damage the car battery?

Modern EV packs are rated for thousands of cycles, and V2H cycling is shallow and slow compared with rapid charging or motorway driving. Real-world trials show the additional degradation from daily V2H use is small — typically low single-digit percentage points over a decade — and manufacturer warranties on V2H-approved pairings remain intact.

What is the difference between V2H and V2L?

V2L is a plug socket on the car: you can run a kettle or power tools directly from it, but it does not connect to your house wiring. V2H feeds power through your consumer unit via a bidirectional charger, so the whole home runs from the car automatically. Several cars marketed as bidirectional only offer V2L — check the status column in our table.

Is V2H worth it compared with a home battery?

An EV pack is typically four to eight times larger than a home battery, and you have already paid for it. If your car is on the driveway most evenings, V2H puts that capacity to work for the cost of the charger alone. If the car is regularly away at peak times, a stationary home battery is the more dependable option — and some households run both.
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