Huawei Smart Charger
Home EV chargers in 1-phase and 3-phase models with Dynamic Charging Power, which adjusts charging power to the spare capacity in your home and your solar output. Installed after a site survey by the EV Power Energy team
AC chargers for homes and buildings — choose a size based on your electrical supply and daily driving distance
| Charging power | Grid | Best for | Charge per hour | Range added |
|---|---|---|---|---|
| 7.4 kW | 1-phase | Homes with a 1-phase meter, charging overnight | About 7 kWh/hr | About 40 km/hr |
| 11 kW | 3-phase | 3-phase homes and shop parking | About 11 kWh/hr | About 65 km/hr |
| 22 kW | 3-phase | Office buildings, hotels and public charging points | About 22 kWh/hr | About 130 km/hr |
Range estimated at 6 km/kWh. Actual charging speed depends on the car model, its onboard charger and the home's meter size
It comes in 1-phase and 3-phase models with 7.4–22 kW charging power — choose based on your meter size and home electrical system
It automatically adjusts charging power to the spare capacity in your home and your solar output, so you can charge your EV without tripping the main breaker while drawing as little grid power as possible
You'll need to check your meter and main breaker size, the cable run from the consumer unit to the parking spot, and a weatherproof mounting point. Our team will survey the site and recommend the right charger size before installation
Yes, because power produced by your roof during the day costs less than electricity bought from the utility. The more you charge with daytime solar, the lower your total monthly bill
It has protection against leakage current, overcurrent, abnormal voltage and overheating, plus water and dust ratings for outdoor installation
A typical installation takes about 1 day if no long cable runs or meter upgrades are needed. If the supply needs extending or a new meter, timing depends on the utility's queue
