Connection Method Of Energy Storage Connector In Battery Pack

energy storage connector connectors are widely used in battery pack systems, providing power transmission interfaces between individual cells and between cells and external devices. Using solder wire to fuse the pins or terminals of a battery storage connector connector to the metal surface of the battery pack is a common and reliable connection method. This method first uses processes such as pre-stamping and electroplating to form connection terminals of suitable shape and metal layer thickness.

During the actual soldering process, a good metallurgical bond needs to be established between the solder wire and the surface being soldered. By heating the contact point, the solder wire melts and undergoes a metallurgical reaction with the copper busbar or bus terminal, forming a stable conductive connection.

The positive and negative terminals of each cell in the battery pack are connected to the busbar, current bus, and wires via a storage connector connector to form an integrated connection structure. Selecting connectors of appropriate specifications and sizes allows for the adaptation of battery combinations with different capacities and current requirements.