Energy Storage Connector With Dual Spring Clip Design

In the selection of spring material, the principle of being able to withstand fatigue loads from repeated insertion and removal while maintaining long-term dimensional stability is followed; in terms of structural layout, the two springs are placed at the key contact position between the plug and socket of energy storage connector, and the synchronous response of the hook action is achieved through symmetrical force. This design philosophy can be seen in the development of other high-performance battery storage connector, which improves assembly quality by enhancing the repeatability and consistency of mechanical joints.

Through continuous iterative design and experimental verification, the storage connector dual-spring clip structure has made significant progress in manufacturing consistency and assembly repeatability, laying a solid foundation for the modular assembly of complex energy storage systems.