Dipping Busbar For Connection

Through a highly conductive substrate and optimized cross-sectional structure design, low-loss transmission of high-voltage power is achieved, reducing heat loss during transmission and improving system energy utilization efficiency. In scenarios such as fast charging of new energy vehicles and high-power current combining in photovoltaic power plants, Busbar with PVC Insulation can stably carry high-current transmission, ensuring the continuity and stability of the power supply.

Relying on an integrated dip-coating process to form a fully enclosed insulation layer, Power Battery Busbar with PVC Protective Covers achieves all-around protection for the substrate, effectively blocking high-voltage arc leakage and avoiding safety risks such as short circuits and leakage caused by insulation damage. The insulation layer is tightly bonded to the substrate, without bubbles, gaps, or other defects, and can withstand high-voltage breakdown tests, ensuring the safe operation of the high-voltage system.

Addressing the special environments of new energy vehicles and photovoltaics, multi-dimensional environmental protection is achieved through material optimization and process upgrades. Dipped Insulated Copper Busbar can effectively resist the erosion of harsh conditions such as high temperature, low temperature, vibration, ultraviolet radiation, humidity, and corrosion, preventing substrate oxidation and insulation layer aging, extending product lifespan, and reducing system maintenance costs.

The integrated positioning structure enables precise assembly with other components within the new energy equipment, eliminating the need for additional fasteners and simplifying the assembly process. The positioning structure possesses excellent mechanical stability, ensuring a secure connection even in vibration environments, preventing loosening or displacement and guaranteeing continuous power transmission.