Designed for EV battery applications, this PVC-insulated aluminum busbar reduces weight and cost without compromising performance. Precision forming ensures accurate fit and efficient assembly, while the durable insulation enhances electrical safety, reliability, and long-term durability.
Engineered for EV battery cell and module interconnections, this insulated aluminum busbar delivers lightweight, cost-effective power distribution. Precision punching and 3D forming ensure dimensional accuracy and efficient battery pack assembly.
Compared with copper busbars, aluminum bus bar reduces weight and material costs while maintaining reliable current-carrying performance. The durable PVC insulation provides electrical isolation and wear resistance, enhancing battery system safety and reliability.
Reduced Weight, Lower Cost
Compared with traditional copper busbars, aluminium offers a lighter and more economical alternative. This helps decrease overall battery pack weight while reducing material costs and supporting improved vehicle efficiency.
Tailored for Accurate Integration
Each busbar can be customized through precision punching, bending, and forming processes to match specific battery cell layouts and module structures. The result is a reliable fit that simplifies installation and supports high-volume production.
Reliable Electrical Insulation
A durable PVC insulation layer helps prevent unintended electrical contact and protects the busbar from abrasion, vibration, and everyday mechanical stress. This contributes to enhanced operational safety and long-term performance in demanding EV applications.
EV battery modules
Battery pack interconnections
Energy storage battery systems
Hybrid and electric vehicle power systems
