Vehicle-to-Load (V2L) on Indian EVs — Hyundai Ioniq 5, Kia EV6, MG ZS EV and Safe Use at Home and Campsite

Three EVs on sale in India in 2026 support Vehicle-to-Load as a mainstream feature. The Hyundai Ioniq 5, the Kia EV6 and the MG ZS EV V2L trim. The Tata Nexon EV, Tata Tiago EV, MG Comet EV and Mahindra XUV400 do not currently offer factory V2L. The BYD Atto 3 offers V2L in some international markets but this is not consistently enabled on the Indian-spec car.

Activation differs slightly by model. On the Hyundai Ioniq 5, V2L is controlled from the car's infotainment system with an explicit V2L toggle and SoC cut-off setting. The supplied adapter plugs into the external DC charging port under the car's rear filler flap, then provides a standard Indian 3-pin socket on the adapter body. The Kia EV6 uses the same DC-port adapter pattern with similar menu controls. The MG ZS EV V2L variant provides a factory-fitted interior 3-pin socket rather than requiring an external adapter, which makes it the easiest to use for casual in-car device charging but limits total output.

Your first step for any V2L use case is to confirm your car, your trim and your software version actually supports the feature. V2L has in some cases been enabled via over-the-air update on Hyundai and Kia cars after delivery, so check with the authorised dealer.

3.6 kW at 230 volts is 16 amps of continuous current. That is the same as a standard Indian 16-amp wall socket used for an AC or a geyser. The V2L output will trip if you try to draw more than that for any meaningful duration, and on some systems even short in-rush current spikes from a motor starting can trip the output. Plan your simultaneous loads against the 3.6 kW ceiling with some margin.

Practical combinations that work comfortably under 3.6 kW. A 1.5-ton inverter split AC at roughly 1.2-1.6 kW plus a 200-litre fridge at 100-150 watts plus two LED lights plus a laptop and phone charging — total around 2 kW. A kitchen counter setup with a coffee machine at 1500 watts, a toaster at 800 watts, an induction cooktop on low at 1000 watts — total approaches 3.3 kW and will work if you stagger, but switching all three to high simultaneously will trip the output.

Do not attempt to run an electric geyser from V2L — a typical 3 kW geyser alone uses all your output, and adding any other device trips immediately. Heat-pump geysers at 800 watts are fine.

The 3-pin adapter you plug into the Ioniq 5 or Kia EV6 is a 16-amp Indian-standard output. If you plug that into your home wiring or into a long extension, you are bringing the car's output into your home or campsite circuit, and Indian Electrical Code rules apply just as they do for any other 230-volt source.

Two protections are non-negotiable for anything beyond a single device. An MCB rated for 16 amps inline with the supply to trip on overload. An RCCB or RCD rated typically 30 mA to trip on earth-leakage faults — this is the component that saves lives in a wet or outdoor environment where insulation may not be perfect. Many inexpensive Indian extension cords offer neither, and some offer only MCB. For camping or home-backup use, invest in a good extension with both.

The ground pin on the 3-pin adapter connects to the car chassis, which must be connected back to earth through the extension cord and any downstream equipment. Do not use a 2-pin adapter that defeats the ground pin — if a fault occurs and the chassis becomes live, you want the earth path to exist. This is a general Indian wiring principle that applies equally to generator output and to V2L output.

If you are planning to use V2L for whole-home backup, talk to a licensed electrician about a changeover switch that disconnects the mains before the V2L supply is connected. Back-feeding V2L into the grid accidentally via a regular socket is dangerous for line workers and may be illegal depending on your state's discom rules.

Every V2L use case needs a plan for how much of the battery you are willing to spend on external load and how much you need to preserve for driving. A Hyundai Ioniq 5 with a 77 kWh battery running V2L at an average 1.5 kW will use roughly 1.5 kWh per hour, meaning a ten-hour overnight outdoor session can consume 15 kWh — roughly 20 percent of the pack.

Set the SoC cut-off in the infotainment menu before you start. The typical recommendation is a 20 percent floor if you know a charger is nearby, 30 percent for a remote campsite where charging is fifty kilometres away, and 40 percent if you are genuinely off-grid in somewhere like Spiti or Leh. The car will stop V2L output automatically when the SoC hits the floor, leaving you enough drive range to reach a charger.

Running V2L from a 50 percent SoC start with a 20 percent cut-off gives you roughly 20 kWh of usable V2L energy on a 77 kWh Ioniq 5 or Kia EV6 before the feature auto-disables. That is more than enough for the common Indian use cases above.

A common Indian comparison is V2L on a Rs 42 Lakh Ioniq 5 against a Rs 40,000 portable petrol genset. On pure capital cost the genset looks cheaper, but the all-in picture is different once you count petrol cost, noise, exhaust, maintenance and the fact that the car exists anyway.

Running costs. A 3 kW petrol genset uses roughly 1.5 litres of petrol per hour at full load — at roughly 105 rupees per litre in 2026, that is around 155 rupees per hour to run. The equivalent V2L on residential electricity charged at home at 9 rupees per kWh runs at roughly 28 rupees per hour for the same 3 kW output. V2L is around 5x cheaper to run, and 100 percent quieter.

Non-monetary factors. A petrol genset cannot be run inside a tent, a house, a film set or anywhere with people sleeping nearby because of carbon monoxide risk and 70-90 dB noise. V2L makes no noise and no exhaust. For indoor or close-to-people loads, V2L is simply the only option. For sustained high loads beyond 3.6 kW over many hours, a proper genset or inverter-battery system is still the tool.

Hyundai, Kia and MG all warrant V2L use when operated within published parameters — the supplied adapter, the interior button on the MG, the infotainment-level controls on Hyundai and Kia. Using the factory adapter into a suitably-protected extension for an approved load draws no additional scrutiny.

What can put warranty at risk. Using third-party or homemade adapters that bypass the car's fault detection. Modifying the DC charging port wiring to increase output beyond factory limits. Repeated deep-discharge cycling where the V2L user routinely runs the pack to near-zero before recharging — the same calendar-ageing stress covered in our EV battery health guide for Indian heat applies to V2L discharge patterns.

Insurance is generally not affected by V2L use under normal consumer conditions. If you use V2L as part of a commercial operation — a film lighting service, a mobile stall, a rental power offering — inform your insurer, because that may change the policy category from private to commercial. A standard private-car policy may not cover damage arising from commercial use of the car's V2L output.

Electrical faults downstream of the V2L adapter are not the car's responsibility. If a cheap extension cord melts, if a connected appliance is damaged by a fault, or if your home wiring is damaged by improper connection, these are not covered by the car's warranty or electrical guarantee. This is the same principle that governs any generator or inverter output in India.

Remote camping in Ladakh, Spiti, Sikkim or the Western Ghats is one of the clearest V2L value propositions. Running a small fridge, lights, a fan and charging cameras and phones overnight from V2L in an Ioniq 5 or EV6 is entirely feasible with the battery drop described above. A campsite that used to need a noisy genset can now run on a silent car.

Outdoor Indian weddings and baraats are another strong use case. Lighting rigs, sound systems up to 3 kW and some catering equipment can run off V2L for a few hours without pulling from venue power. Wedding planners across Gurugram, Jaipur and Udaipur have begun using V2L-equipped EVs as quiet backup power specifically for this reason.

Small film and photography shoots. A 3 kW LED lighting rig with camera charging runs on V2L quietly, cleanly and without the diesel smell of traditional film-set generators. For short-format Indian content production, V2L is replacing 2-5 kVA silent gensets on a cost-per-shoot-day basis. For a fuller perspective on long-range EV use for creators and professionals see our real-world range guide for Indian EVs.

Finally, emergency home backup during a monsoon power cut. A 77 kWh Ioniq 5 or EV6 can run a critical home circuit — fridge, fans, router, lights — for 25 to 40 hours before the pack reaches a 30 percent floor. This is more than enough for every power cut short of a multi-day storm, and the car then drives itself to a fast charger afterwards.

The weakest link in a V2L setup is almost always the extension cord, not the car. A cheap five-metre Indian extension rated 6 amps cannot handle a 16-amp V2L draw and may overheat, melt or burn. Use only heavy-duty 16-amp cable — 2.5 sq mm copper or thicker — for V2L extensions of any length.

For serious camp or home-backup use, build or buy a portable distribution board containing a 16-amp MCB, a 30 mA RCCB and three or four 6-amp and 16-amp Indian sockets fed from the MCB-RCCB combination. Connect the V2L 3-pin output to this distribution board's input, then plug appliances into the multiple outputs. An Indian electrician can build this for 3000-5000 rupees and it is the single most valuable V2L accessory.

Cable length matters — longer runs mean voltage drop. Keep the V2L extension under ten metres where possible; beyond fifteen metres, use 4 sq mm cable to hold voltage at the load end. Voltage drop on long cheap cables is a common reason for appliances misbehaving or refusing to start on V2L.