The copper flexible connection of new energy vehicles is an important electrical connector used in electric vehicles. Due to the use of high voltage and high current electric drive systems in new energy vehicles, copper flexible connections play a crucial role in energy transmission and current distribution. The following is an introduction to the copper flexible connection of new energy vehicles:
1. Construction: The copper flexible connection of new energy vehicles is usually made by weaving multiple flexible copper wires. These flexible copper wires undergo a special weaving process, which gives the connectors excellent flexibility and flexibility to adapt to the layout and movement of various electrical components in electric vehicles.
2. Current conductivity: Copper is an excellent conductive material, and copper flexible connections are composed of multiple strands of copper wire, thus possessing excellent current conductivity. It can effectively transmit high current, reduce resistance, reduce energy loss, and maintain stable connector temperature.
3. Flexibility and vibration resistance: The copper flexible connection of new energy vehicles has excellent flexibility and vibration resistance. Due to the possibility of vibration and impact during vehicle operation, copper flexible connections can be bent and twisted without breaking or disconnecting, ensuring the stability and reliability of electrical connections.
4. High temperature performance: The copper flexible connection of new energy vehicles usually has good high-temperature performance and can work stably for a long time in high-temperature environments. This is particularly important for high-temperature battery systems and power electronic equipment in electric vehicles, ensuring the reliability and safety of connectors.
5. Corrosion resistance: Copper has good corrosion resistance and can resist the corrosion of connectors caused by humidity, chemicals, and other environmental factors. This is crucial for the use and long-term reliability of electric vehicles in harsh weather conditions.
6. Connection method: The copper flexible connection of new energy vehicles is usually connected to electrical equipment through welding or bolt fixation. The specific connection method depends on the vehicle design and electrical system requirements.
7. Application: Copper flexible connections for new energy vehicles are widely used for connections between battery systems, electric drive systems, charging equipment, and other electrical equipment. They play a crucial role in the electrical system of electric vehicles in terms of energy transmission and current distribution.
