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  December

  11 日

  Copper Busbar Bending Radius and Thickness

  cnrhi 2024-12-11 16:36:29 Post 6 Seen

  The bending radius-to-thickness ratio is crucial in copper busbar design, ensuring optimal electrical performance, mechanical strength, and reliability. Precise design and accurate bending are essential for long-term performance in power systems, EVs, and industrial applications.

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  November

  15 日

  RHI Showcases Innovative Busbar Solutions at The Smarter E Europe 2024

  cnrhi 2024-11-15 09:17:53 Post 4 Seen

  RHI was proud to participate in The Smarter E Europe 2024 at Messe München, Munich, from June 19–21. At Booth B2.175, we connected with industry professionals, including new and long-standing partners, expanding our global reach and boosting brand recognition in the new energy sector. The event reinforced our commitment to advancing innovative solutions for sustainable energy growth worldwide.

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  November

  29 日

  Nickel vs. Tin Plating for Copper Busbars: Choosing the Optimal Solution

  cnrhi 2024-11-29 09:57:23 Post 2 Seen

  Nickel plating excels in high-temperature environments, offering superior oxidation resistance, durability, and long-term reliability, making it ideal for high-voltage equipment. In contrast, tin plating is cost-effective, enhances conductivity, and is suitable for medium- to low-temperature applications, such as low-voltage switchgear and residential systems. The choice depends on application requirements, balancing temperature

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  November

  22 日

  Key Considerations for High-Current Copper Busbar Connections

  cnrhi 2024-11-22 15:15:27 Post 2 Seen

  As a core component of high-current transmission systems, the connection quality of large-current copper busbars directly affects the operational stability, safety, service life, and environmental adaptability of the equipment. This article provides a comprehensive analysis of practical and efficient copper busbar connection solutions from the perspectives of material selection, design optimization, installation standards, operational maintenance, and environmental adaptability.

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