Working Principle Of Battery Connector

Current transmission: One end of the connecting piece is connected to the positive or negative pole of the lithium battery, and the other end is connected to the conductive circuit board to transmit current. This design allows current to flow between battery modules, and whether it is a series or parallel circuit configuration, the connecting pieces ensure smooth flow of current. ‌

Material construction: The connection plate of energy storage lithium batteries mostly adopts a multi-layer material composite method, where one layer of material is the connection layer between the connection plate and the pole to ensure welding performance. Multilayer material stacking is used to ensure the conductivity of the connecting piece, which not only improves the reliability of the connection, but also enhances the overall performance of the battery. ‌

Anti fatigue characteristics: As the battery pack will deform with the movement of the vehicle, the connecting piece, as a conductive component, needs to have high anti fatigue characteristics to adapt to this deformation. This characteristic ensures that even in the event of deformation of the battery pack, the connecting piece can maintain stable current transmission capability, thereby maintaining the safety and performance of the battery. ‌

In summary, the battery connector, through its specific design and material construction, achieves effective current transmission, ensuring the normal operation and performance of energy storage lithium batteries. ‌