V2L in Australia: Which EVs Have It and What Can You Actually Power?

V2L (vehicle-to-load) turns your electric car into a portable power station. Plug an adapter into the charge port, and your EV supplies 240V AC power to run a camping fridge, charge a laptop, or keep your home fridge cold during a blackout. No generator, no fumes, no noise. For anyone shopping for a V2L EV in Australia, the differences between models are bigger than you might expect.

Not every EV sold in Australia has it. And the ones that do vary enormously in how much power they can actually deliver. Here is every V2L-capable car you can buy in Australia right now, what you can realistically run on each, and what owners discovered when they had to rely on it during Cyclone Alfred.

For the related technologies that feed power back into your home or the grid, see our V2H guide and V2G guide.

How V2L works

V2L is simpler than it sounds. Your EV’s high-voltage battery stores energy as DC. An inverter built into the vehicle converts that DC power to standard 240V AC, the same electricity that comes out of your wall sockets at home. The power feeds out through either a built-in 240V socket inside the cabin or an external adapter that plugs into the Type 2 charge port.

You do not need an electrician, a bidirectional charger, or any home wiring changes. V2L is a vehicle feature, not a charger feature. If your car has it, you can use it anywhere you can park.

One important distinction: V2L powers individual appliances you plug directly into the adapter or socket. It does not feed power into your home’s switchboard. That is V2H (vehicle-to-home), which requires a certified bidirectional charger costing $22,000 to $28,000 installed.

Every EV with V2L in Australia (2026)

Power output matters more than most buyers realise. A 2.2 kW system runs a camping fridge and some lights. A 3.6 kW system runs a kettle. A 6 kW or 7 kW system runs an induction cooktop and a fridge at the same time.

EV Model	V2L Output	Socket Type	Standard?	Battery
Hyundai IONIQ 5	3.6 kW	Internal + external adapter	Yes, all grades	63/84 kWh
Hyundai IONIQ 6	3.6 kW	Internal + external adapter	Yes, all grades	53/77.4 kWh
Hyundai IONIQ 9	3.6 kW	Internal + external adapter	Yes	110.3 kWh
Kia EV6	3.6 kW	Internal all grades; external GT-Line and GT	Yes	58/77.4 kWh
Kia EV9	3.6 kW	Internal + external	Yes, all grades	76.1/99.8 kWh
Kia EV3	3.6 kW	Internal + external	Yes	58.3/81.4 kWh
BYD Atto 3	3.3 kW	External adapter (Type 2)	Yes	60.48 kWh
BYD Seal	3.3 kW	External adapter (Type 2)	Yes	61.4/82.5 kWh
BYD Sealion 7	3.3 kW	External adapter (Type 2)	Yes	71.8/91.3 kWh
BYD Dolphin	3.3 kW	External adapter (Type 2)	Yes	44.9/60.4 kWh
BYD Shark 6	6.6 kW	External adapter	Yes	29.6 kWh (PHEV)
MG4	2.2 kW	External adapter (Type 2)	Yes, all variants	51/64/77 kWh
GWM Ora	6 kW	External adapter	Yes	48/63 kWh
GAC AION V	7 kW	External	Yes	75.26 kWh
Tesla Model Y (Premium/Perf)	3.5 kW	External adapter ($145)	Adapter sold separately	60/79 kWh

Sources: Hyundai Australia IONIQ 5 specs; Kia Australia EV6 features; BYD Australia Sealion 7; MG Motor Australia; GAC Australia AION V; The Driven, May and August 2026.

Notable absences: The Tesla Model 3, Cupra Born, Volvo EX30, VW ID.4, BMW iX1, Polestar 2, and Audi Q4 e-tron do not offer V2L in Australia. If V2L is important to you, check the spec sheet before you buy. No adapter can add the feature after the fact.

Tesla’s V2L story has evolved quickly. The company launched V2L support for the Model Y L (six-seater) in May 2026 with a $145 adapter rated at 230V and 15A (3.5 kW). By August 2026, it expanded V2L to all Premium and Performance Model Y variants. Older Model 3 and Model Y Standard Range models remain without V2L.

What V2L can actually power

The maths is straightforward. A 3.6 kW V2L system can run any combination of appliances that draws 3,600 watts or less at the same time.

Appliance	Typical Draw	3.6 kW V2L?	2.2 kW V2L?
Camping fridge/freezer	50-60 W	Yes	Yes
Home fridge	100-150 W	Yes	Yes
LED camp lights (x6)	60 W total	Yes	Yes
CPAP machine	30-50 W	Yes	Yes
Laptop charger	65-100 W	Yes	Yes
Phone charger	20 W	Yes	Yes
Electric kettle	1,800-2,200 W	Yes	No
Induction cooktop (single)	1,400-2,000 W	Yes	Partially (low setting only)
Portable heater (bar)	1,000-2,400 W	Yes (1 kW setting)	Yes (1 kW setting)
Microwave	1,000-1,200 W	Yes	Yes
Hair dryer	1,800-2,200 W	Yes	No
Air conditioner (split)	1,500-3,500 W	Marginal	No
Washing machine	500-2,000 W (varies by cycle)	Yes (most cycles)	Yes (cold wash)

What you cannot run: Ducted air conditioning, electric hot water systems, pool pumps, or multiple high-draw appliances at the same time. V2L is not a whole-home backup system. It keeps essential loads running.

How long will it last? A 60 kWh battery at 3.6 kW continuous draw would last about 15 hours before running flat, assuming 90% inverter efficiency. In practice, most camping or blackout scenarios draw far less than the maximum. Running a 150 W fridge, a phone charger, and some LED lights totals roughly 250 W. At that draw, a 60 kWh battery lasts over 200 hours. That is more than eight days.

Reserve 20% battery for driving to a charger or getting home. A sensible rule of thumb: you have about 80% of your battery capacity available for V2L use.

V2L adapters: what to buy

Most V2L-capable EVs include a basic adapter in the box. If yours did not, or if you need a spare, aftermarket adapters are available from $110 to $180 in Australia.

OEM adapters: Hyundai, Kia, and BYD include V2L adapters with the vehicle or sell them through dealers. Tesla sells its Powershare adapter for $145 through the Tesla Shop.

Aftermarket adapters: The SEVR V2L Adaptor is one of the more popular Australian options. It uses flame-retardant nylon housing and nickel-plated copper contacts, and plugs into the Type 2 charge port to provide a standard Australian 10A or 15A socket. Generic Type 2 V2L adapters are available on eBay and Amazon Australia for $110 to $150.

A few things to watch:

• 10A vs 15A rating. A 10A adapter caps your draw at 2,300 W regardless of your car’s V2L capacity. If your EV outputs 3.6 kW, buy a 15A-rated adapter to get the full power.
• IP rating. If you are using V2L outdoors in rain, look for IP55 or higher. Cheap adapters with no IP rating are fine for dry conditions only.
• Australian compliance. The adapter must terminate in a standard AS/NZS 3112 plug or socket. Imported adapters with US or EU sockets need a secondary adapter, which adds resistance and a failure point.

V2L for camping: what owners actually do

V2L replaces the petrol generator for most campsite needs. A quiet EV parked next to your tent or camper trailer can run a fridge, cook dinner on an induction plate, charge phones and cameras, and power LED lights all night.

The practical advantage over a generator: no fuel, no fumes, no noise, and no maintenance. The practical limitation: your driving range shrinks by whatever energy you use at camp. Plan your V2L budget and your driving needs together.

Typical camping energy use per day: A 50 W camping fridge running 24 hours uses 1.2 kWh. Add an hour of cooking on a 1.5 kW induction plate (1.5 kWh), two hours of LED lighting (0.12 kWh), and phone/camera charging (0.2 kWh). Total: roughly 3 kWh per day. On a 60 kWh battery, that is 16 days of camping power while keeping 20% reserve for driving.

In practice, owners with Hyundai IONIQ 5 and Kia EV6 models regularly report three to five day camping trips using V2L without needing to charge for power (only for driving). The 110.3 kWh battery in the Hyundai IONIQ 9 makes it the standout choice for extended off-grid stays.

For EVs with higher V2L output like the GAC AION V (7 kW) or GWM Ora (6 kW), you can run more demanding appliances. An induction cooktop and a fridge at the same time, or a portable washing machine and a camping fridge. At 2.2 kW (MG4) or 3.3 kW (BYD passenger models), you are limited to one or two moderate-draw appliances at a time.

What Cyclone Alfred proved about V2L

Cyclone Alfred hit southeast Queensland and northern New South Wales in late February to early March 2025. Almost 220,000 properties lost power. Some waited over a fortnight for restoration.

EV owners with V2L kept essentials running. Owners with Nissan Leafs, MG4s, Kia EV9s, and Hyundai Konas plugged in fridges, charged phones, and ran LED lights while their neighbours waited in the dark. One MG4 owner discharged 22 kWh over 15 hours to power essential appliances during a prolonged grid failure.

The most widely reported case: a Gold Coast family kept their son’s dialysis machine running by plugging it into their BYD Atto 3. At 30 to 50 watts, a dialysis machine draws almost nothing from an EV battery that holds thousands of times that amount. But without V2L, the family had no backup power source.

According to pv magazine Australia (March 2025), V2L technology allowed power to be sent from car batteries to external appliances through an adapter fitted to the external charge port or through a 240V socket inside the cabin. Vehicles with 3.6 kW output could meet the needs of most households and keep essential appliances running for two to four days.

The lesson from Alfred is simple: if you live in an area prone to storms, bushfires, or grid instability, V2L is not just a camping gadget. It is emergency backup power that you already own.

V2L vs V2H vs V2G: which do you need?

These three terms sound similar but work very differently.

Feature	V2L	V2H	V2G
What it does	Powers individual appliances	Powers your entire home	Exports power to the grid
Equipment needed	Adapter only ($110-180)	Bidirectional charger ($22,000-$28,000 installed)	Bidirectional charger + retailer agreement
Installation	None (plug and play)	Licensed electrician + DNSP approval	Licensed electrician + DNSP approval
Available now?	Yes, widely	Yes, limited charger options	Yes, limited pilots
Best for	Camping, blackout essentials, worksites	Replacing a home battery	Earning grid credits

V2L is the one you can use today with zero installation. If you want full home backup from your EV, you need V2H and a bidirectional charger. If you want to earn money exporting EV power to the grid, you need V2G.

For most EV owners, V2L is the practical starting point. It costs nothing beyond the adapter and works anywhere.

Limitations worth knowing

V2L is useful, not unlimited. Keep these in mind:

Battery drain reduces range. Every kWh you use through V2L is a kWh you cannot drive on. If you discharge 20 kWh at a campsite, that is roughly 100 to 130 km less driving range when you pack up. Always keep at least 20% battery for the drive to your next charger.

Inverter losses. The DC-to-AC conversion inside the car is not 100% efficient. Expect about 10% energy loss. A 60 kWh battery delivers roughly 54 kWh of usable AC power through V2L.

No three-phase power. V2L outputs single-phase 240V only. You cannot power three-phase workshop equipment, some ducted air conditioning systems, or three-phase pumps.

Cannot power your home circuit. V2L powers devices plugged directly into the adapter. It does not connect to your switchboard. Running an extension lead from your car to your fridge works. Backfeeding your house wiring is dangerous, illegal, and can electrocute linesmen working to restore power.

Not all adapters are equal. A cheap 10A adapter on a 3.6 kW V2L car wastes 1.3 kW of potential output. Match the adapter to the car’s capability.

Browse the full range of electric vehicles available in Australia, or use our EV range calculator to estimate how much driving range you will have left after using V2L at camp.

Frequently Asked Questions