[SDGs Case Study] Achieving Energy Savings and Space Efficiency

A connector that can withstand thousands of amps of high current! Introducing case studies from substations.

Until the technology of high-current connectors was adopted, it was necessary to significantly increase the area of the contact points for safety against heat generation during current flow and short-circuit currents. After adoption, the multi-contact points greatly reduced contact resistance, allowing for better temperature control, which contributed to energy savings. Additionally, it is strong against short-circuit currents and enables high current flow in a compact space. It also accommodates movable states such as sliding and rotating connections, making it an essential component for connections between circuit breakers, switches, and busbars. [Case Summary] ■ Before Adoption: It was necessary to significantly increase the area of the contact points. ■ After Adoption: - Contact resistance has been greatly reduced, allowing for better temperature control. - Strong against short-circuit currents and enables high current flow in a compact space. - Accommodates movable states such as sliding and rotating connections. *For more details, please refer to the PDF document or feel free to contact us.

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