Charging cable of charging equipment
  • Company : Guangdong OMG Transmission Technology Co., Ltd.
  • Region : Guangdong , China
  • Category : Electrical Equipment & Supplies > Wires, Cables & Cable Assemblies
  • Specification : To learn more about EV cable and Charging pile cable, please visit OMG's official website: https://www.omgevcable.com
  • Quantity : From 500m
  • Price : Official website enquiries
  • Contact Person : kokok|||woker
  • Telephone :
  • Website : http://www.omgevcable.com
  • Email : http://www.omgevcable.com
  • Update : Feb/23/2022
  • Product Details

    As new energy vehicles are in a new stage of development, the industry will continue to strengthen the promotion and use of new energy electric vehicles in terms of market and policies, which will further increase the structural transformation of the traditional fuel vehicle industry. Subsequently, the charging pile of new energy electric vehicles has been further popularized, and the charging pile cable has also become the norm of social attention. The charging pile cable includes DC charging cable and AC charging cable, which have the following characteristics compared with each other: Firstly, the systems used are different. DC cable is used in rectified DC transmission system, and AC cable is often used in power system at power frequency (domestic 50Hz). Secondly, compared with AC cable, DC cable has less power loss in the transmission process. The electric energy loss of DC cable is mainly the DC resistance loss of conductor, and the insulation loss is small (the size depends on the current fluctuation after rectification); The AC resistance of low-voltage AC cable is slightly larger than that of DC cable, while that of high-voltage cable is obvious, mainly because of the proximity effect (proximity effect refers to the phenomenon that the AC current is close to the adjacent conductor in the two conductors of two-wire transmission. The higher the frequency and permeability, the smaller the resistance coefficient, the more obvious this phenomenon is.) And skin effect (skin effect refers to the skin effect. When alternating current passes through the conductor, the current will flow on the surface of the conductor. This phenomenon is called skin effect. When current or voltage is conducted in the conductor with electrons with higher frequency, it will gather on the surface of the total conductor, rather than evenly distributed in the cross-sectional area of the who