As an expert in the charging pile industry, EVDANCE has rich experience in the development and manufacturing of intelligent EV charging solutions. This is where we turn our engineering insights into knowledge and share them with the global EV community.
Yes, if your home has a three-phase supply and your car can accept 22 kW AC. Run these two checks before you order a charger.
A qualified electrician: in the UK a competent person under Part P, in the US a licensed electrician. They survey, install, certify and notify.
Load balancing splits a building’s available power across several EV chargers, so every car charges without overloading the supply.
Sometimes. It depends on spare capacity, protective devices and the earthing arrangement. Often a separate dedicated unit is the compliant route.
Level 1 runs on 120 volts, Level 2 on 208 to 240 volts, and DC fast chargers feed the car several hundred volts. Europe adds 400V three-phase for 11kW and 22kW AC.
Usually yes, but rarely both at full power at once. Two 7.4 kW chargers draw about 64 A together, so load management or sharing is the normal answer.
A Type 2 charger uses the seven-pin connector that is standard across Europe, on portable cables, wallboxes and public posts alike.
Three-phase charging feeds an EV from three live conductors, enabling 11–22 kW home charging. How it works, and how to check if your home has it.
Buy from the car or charger manufacturer, a dealer or an established electrical retailer. Match connector, current rating and certification before you compare price.
No. Wall chargers differ in power, cable type, smart features, load management and connector, and those differences decide speed, installation and fit.
