The new energy industry mainly comes from the discovery and application of new energy. New energy refers to the energy that has just been developed and utilized or is under active research and needs to be promoted, such as solar energy, geothermal energy, wind energy, ocean energy, biomass energy and nuclear fusion energy. New energy industry is an important basis to measure the level of high-tech development of a region and a strategic commanding point of a new round of international competition.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
AC charging pile is commonly known as "slow charging". Its main circuit is generally composed of input protection circuit breaker, lightning protection device, AC intelligent watt hour meter, AC contactor and charging interface connector.
The secondary circuit consists of control relay, emergency stop button, operation status indicator, intelligent controller of charging pile and human-computer interaction equipment.
The technical route of each manufacturer is different, and the internal system is slightly different.
The input circuit breaker is generally type A with overload, short circuit and leakage protection functions. The AC contactor controls the power on and off.
Since most charging piles are placed outdoors, the temperature rise of components is required to be high, and the limit temperature rise can reach 70 ℃.
