Due to its ultra-high conductivity, excellent mechanical properties, and convenient processing methods, flexible copper busbars have gained high recognition in the field of new energy. Excellent conductivity helps improve power transmission efficiency, making power transmission more efficient and stable, thereby reducing energy consumption and carbon emissions.
In addition, the excellent mechanical properties of copper busbars enable them to withstand mechanical stress and demonstrate strong adaptability and reliability in applications in the field of new energy.
In the field of power distribution equipment, such as AC distribution cabinets, DC distribution cabinets, UPS cabinets, battery cabinets, etc., copper busbar connectors are widely used to assist in the transmission of power to various devices. In order to meet insulation requirements and prevent dangerous situations such as short circuits and arc discharges between copper busbars, it is usually necessary to use heat shrink tubing and insulation tape when using copper busbars to ensure their safe use.
