With the rise of new energy vehicles, understanding charging equipment is essential. The market mainly offers AC Charging Stations and DC Charging Stations. Regarding Voltage, AC stations handle alternating current (220V/380V), while DC stations convert input 380V AC into high-voltage DC (up to 1000

EV Charger For 2-Wheels

The working principle of the AC charging station is to connect to the AC power grid and provide AC power supply for the on-board charger of new energy vehicles. The AC charging station itself does not have a charging function, but only controls the power supply. Due to the relatively low power of th

The growing popularity of electric vehicles has increased the need for efficient and reliable electric vehicle charging station infrastructure. As electricity demand also puts additional stress on the grid during peak hours, integrating smart circuit breakers into EV charging systems can provide the

AC chargingWhen charging an electric car with alternating current, the car's on-board system (also called the on-board charger) is used and it takes care of the conversion of outlet current into battery current. It therefore receives alternating current (AC) and converts it into direct current (DC),