Supercharging is a high-power charging facility designed to provide fast charging services for new energy vehicles. The main functions of supercharging include:
Fast charging: Supercharging can charge electric vehicles in a very short time, usually providing more than 55 kWh or 320 km of driving range for the vehicle in 10 minutes. The maximum output power is not less than 350 kilowatts, the maximum output voltage is not less than 1000 volts, and the continuous charging current is not less than 400 amperes.
Solve the range anxiety: Supercharging technology can effectively solve the "range anxiety" of electric vehicle users, allowing users to quickly replenish power during long-distance travel or emergencies, ensuring the continuity and convenience of travel.
Efficient heat dissipation: Supercharging technology usually uses a liquid cooling system, which accelerates the charging process and effectively controls the heating problem during the charging process through liquid cooling to ensure charging efficiency and safety.
Intelligent identification: Supercharging piles have intelligent identification functions, which can provide charging services for models that do not support supercharging, but will reduce the charging power to the range supported by the model, so as to be compatible with more types of electric vehicles.
Applicable to specific scenarios: Supercharging technology is particularly suitable for specific scenarios that require rapid energy replenishment, such as highway service areas, shopping malls and urban areas.
Improve the efficiency of charging stations: Through connection with the smart network, supercharging technology can realize remote monitoring, fault diagnosis and maintenance functions, and improve the reliability and efficiency of charging stations.