China Press Fusion Welded Laminated Copper Busbar Manufacturer, Supplier, Factory

The new energy vehicle industry places a high demand on new energy soft connections. As the use of new energy vehicles becomes increasingly popular, it is imperative that new erergy soft connectors can deliver the high performance and stability required for these vehicles to function safely and efficiently.

The specifications of copper braided wire flexible connector can be customized according to customer requirements. When determining the specifications, attention should be paid to the installation environment, and appropriate width and thickness should be selected to avoid installation restrictions.

Equipotential bonding wire of new energy vehicles is also called Copper Braided Connection Wire / Copper Braided Connector. In electrical terminology, equipotential bonding is also called protective grounding. The definition of equipotential in Lightning and Lightning Protection Engineering "equipotential connection is to connect all metal objects in and near the building, such as steel bars, water pipes, gas pipes and other metal pipes in concrete, machine foundation metal objects and other large buried metal objects, cable metal shielding layer, zero line of power system and ground wire of the building with electrical connection method (welding or reliable conductive connection) Make the whole building a good equipotential body. "

YIPU METAL power battery motor socket copper foil flexible connector is made of 0.1mm thick T2 copper foil, which is formed by molecular diffusion welding technology, punched at both ends, nickel plated on the surface and PVC sleeve insulation. It can provide high current conductivity for the power battery, and has good heat dissipation effect, which can eliminate stress and torsion.

When connecting the internal circuits of the inverter, a special connector, copper foil flexible connector, is required. Copper foil soft connector is a metal material that can withstand large currents and temperature changes without deformation. It has the function of improving the efficiency and stability of inverters, thereby enabling them to better play their role.

The application of copper busbar connectors in high-voltage cabinets mainly involves transporting current and connecting electrical equipment. According to the processing technology and types of copper busbars, they can be divided into brass, purple copper, electroplated tin copper busbars, etc. Among them, copper has excellent conductivity and strong corrosion resistance, making it widely used in high-voltage cabinets.