Ev Charging Station installation is a complex process involving many aspects. To ensure safe and stable operation, the following points should be considered:
1. Site Selection and Planning
Choose a suitable location:
Ac Ev Charger should be installed close to the vehicle to facilitate charging. Ensure the installation site is safe, dry, and well-ventilated, avoiding areas with high temperatures, humidity, or flammable materials. Specifically, high-power DC chargers must be installed more than 20 meters from residential buildings, while home AC chargers can be installed in indoor or outdoor parking areas within residential communities, but must be at least 10 meters from fire hydrants.
Consider distance to power source: Ac Ev Charger of different power ratings have specific distance requirements for their power source. For example, a 220V 7kW AC charger is not recommended if the power source is located more than 220 meters away; and 380V 11kW and 21kW AC chargers are also not recommended if the power source is located more than 290 meters away.
Advance Planning and Pre-Survey: Prior to installation, planning and pre-survey are essential, including selecting the power access point and laying cable paths, to avoid any problems later. 2. Electrical Safety
Ensure a stable power supply: Ac Ev Charger require a stable power supply, so a qualified electrician should perform power wiring and ensure that the power voltage meets the requirements of the
charging station.
Electrical system compliance: The electrical system of an Ev Charging Station should comply with industry electrical safety regulations, ensuring that wiring terminals are securely fastened to prevent electrical failures caused by poor contact. Furthermore, Ac Ev Charger should be equipped with short-circuit, overload, and leakage protection to ensure safe operation.
Rest communication cables in separate conduits: Charging facility communication cables should be routed in separate conduits, preferably along the same route as the power lines, to reduce electromagnetic interference.