Hyundai IONIQ 5, Kia EV6, and Genesis GV60 Setup Guide

Which EVs Support V2L in 2026? Vehicle-to-Load Adapter Guide

2026 Buyer's Guide

Which EVs Support V2L?

Turn your electric vehicle into a mobile power station. This guide covers every confirmed V2L-capable platform in 2026 — and exactly which adapter you need.

Hyundai · Kia · Genesis BYD (EU) MG4 US + EU Markets

Last updated: 2026-05-20 · Data sourced from manufacturer owner's manuals and official specification sheets. V2L availability varies by trim level, model year, and regional market.

What Is V2L (Vehicle-to-Load)?

V2L is a bidirectional power function built into select EVs that routes AC electricity from the main traction battery to external devices. Unlike standard 12V accessory outlets — which draw from a small auxiliary battery and cap out around 150W — V2L taps the main 64–100kWh drive pack to deliver up to 3.6kW of continuous AC power.

⚡
Up to 3.6kW

Continuous AC output

🔋
No Grid Needed

Power from your drive battery

🔌
Adapter Only

No installation required

⛺
Camping Ready

Job sites, emergencies, travel

Feature Standard 12V outlet V2L output
Power source 12V auxiliary battery Main drive battery
Max output ~150W 1.8–3.6kW
Grid connection required No No
Adapter needed No Yes — see below

V2L Vehicle to Load Concept

Which EVs Are V2L-Capable in 2026?

⚠️ Important: V2L is not standard across all trims. Always verify your specific vehicle configuration before ordering an adapter.

🇰🇷 E-GMP Platform — Hyundai / Kia / Genesis

Most widely deployed V2L platform globally

Vehicle Model Year V2L Port US EU
Hyundai IONIQ 5 2022+ Exterior outlet + charging port ✅ ✅
Hyundai IONIQ 6 2023+ Charging port ✅ ✅
Kia EV6 2022+ Exterior outlet + charging port ✅ ✅
Kia EV9 2024+ Charging port ✅ ✅
Kia Niro EV 2023+ V2L trims Charging port ✅ ✅
Genesis GV60 2022+ Exterior outlet + charging port ✅ ✅
Genesis Electrified GV70 2022+ Charging port ✅ ✅
Genesis Electrified G80 2022+ Charging port ✅ ✅

Source: Hyundai IONIQ 5 Owner's Manual (2023); Kia EV6 Owner's Manual Ch.6; Genesis GV60 Owner's Manual. V2L standard on Long Range and AWD trims in most markets.

🇨🇳 BYD — EU Specification

Type 2 port · 2,000Ω CP signal trigger

Vehicle EU Spec V2L Port Confirmed
BYD Atto 3 EU Type 2 ✅
BYD Seal EU Type 2 ✅

Source: BYD official EU specification documentation. V2L trim coverage varies by year — verify with your dealer.

🇬🇧 MG — EU Specification

Type 2 port · 64kWh Long Range confirmed

Vehicle Battery V2L Port Confirmed
MG4 Electric 64kWh Type 2 ✅

V2L confirmed on 64kWh Long Range variant. Verify on 51kWh base trim.

What Does Not Support V2L

  • Tesla (all models): No V2L via adapter in any market.
  • VW ID.4 / ID.3: Bidirectional charging planned but not activated in production vehicles as of 2026.
  • Nissan Leaf: Uses CHAdeMO for V2H — not compatible with Type 2 or J1772 V2L adapters.
  • Chevy Bolt / Bolt EUV: No bidirectional charging hardware.

How V2L Works — The Technical Logic

🔌 Method 1 — CP Signal Trigger

Type 2 & J1772 port · V2L-EU

  1. Adapter inserted into charging port
  2. 2,000Ω resistor signals vehicle electronics
  3. Vehicle interprets as V2L discharge request
  4. Onboard inverter converts DC → AC
  5. Power flows to adapter's output socket

🔍 Method 2 — Exterior V2L Outlet

E-GMP select trims · V2L-US adapter

IONIQ 5, EV6, GV60 include a dedicated exterior V2L socket — permanently in discharge mode.

No CP trigger required — plug in and power flows instantly.

V2L CP Signal Technical Diagram

Which Adapter Do You Need?

60-Second Selector

Your Market Your Port Type Compatible Vehicles Adapter Output
US J1772 exterior V2L outlet IONIQ 5, EV6, GV60 V2L-US → 15A / 1.8kW / NEMA 5-15
EU Type 2 AC port E-GMP, BYD Atto 3/Seal, MG4 V2L-EU → 16A / 3.5kW / EU multi-socket

Which connector should an EU V2L vehicle use?

For a compatible EU vehicle, the Type 2 V2L adapter uses the upper Type 2 portion of the charging inlet. Do not substitute a CCS2 DC fast-charging adapter: a DC charging adapter does not provide an AC V2L outlet.

Why 1.8kW vs 3.5kW? Grid voltage difference. North America: 120V × 15A = 1.8kW. Europe: 230V × 16A = 3.7kW.

Related Engineering Notes