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High-Voltage Power Supply Flexible Copper Busbar

This product is a professional flexible copper busbar specially developed for high-voltage (HV) power supply systems, designed to realize safe, reliable and efficient high-current flexible connection in various HV scenarios. It is integrally formed by multi-layer T2 high-purity copper foil through advanced polymer diffusion welding technology, which effectively replaces traditional rigid copper bars and copper braided wires.

Key Solutions:The product perfectly solves the key pain points of HV power supply connection, such as connection stress, overheating and poor adaptability caused by vibration, thermal expansion and contraction, and installation errors.

Core Advantage:With the core advantages of low impedance, high current-carrying capacity, high flexibility, strong fatigue resistance and rapid heat dissipation, it fully meets the strict requirements of HV power supply systems for high reliability, high stability and long service life.

    High-Voltage Power Supply Flexible Copper Busbar
    Material Specifications
    ■ Base Material: T2 high-purity copper foil (copper content ≥99.95%, conductivity ≥97% IACS), ensuring excellent electrical conductivity and thermal conductivity
    ■ Copper Foil Thickness: 0.05/0.1/0.2mm (0.1mm as standard), optional according to HV current requirements
    ■ Number of Layers: 20–100 layers (customized according to rated current, the more layers, the stronger the current-carrying capacity)
    ■ Cross-Section Dimensions: Width 20–100mm, total thickness 1–10mm, flexible adjustment to fit different installation spaces
    ■ Standard Length: 50–300mm (customizable, support non-standard length customization according to HV equipment layout)
    ■ Terminal Dimensions: Customized according to HV power supply equipment interface (aperture φ5–φ12mm, hole spacing accurately matched to avoid installation deviation)
    Electrical Performance (HV Adaptation):
    ▶ Rated Current: 300–1500A (commonly used 600/800/1000A for HV power supply scenarios), suitable for different power levels of HV systems
    ▶ Contact Resistance: ≤40μΩ (@20℃, silver-plated terminals), ultra-low resistance to reduce energy loss and avoid overheating
    ▶ Insulation Withstand Voltage: AC 3000V/1min (no breakdown), effectively adapting to HV working environment and ensuring safe insulation
    ▶ Insulation Resistance: ≥500MΩ, strong insulation performance to prevent HV leakage and short circuit risks
    Typical Application Scenarios (HV Power Supply)
    New Energy Vehicle HV System: Motor Controller (MCU) IGBT module → drive motor three-phase terminal connection, HV battery pack confluence, OBC/DC-DC converter connection
    Industrial HV Power Supply: High-power inverter, servo controller, rectifier cabinet high-current flexible connection (electrolysis, metallurgy, chemical industry and other HV scenarios)
    Energy Storage HV System: Container energy storage battery cluster, energy storage converter (PCS) busbar connection, HV distribution cabinet internal connection
    HV Electrical Equipment: Transformer high and low voltage side outlet, switchgear, GIS, isolating switch flexible connection
    Special HV Scenarios: Rail transit HV traction system, ship HV power supply, medical equipment HV power connection
    Quality Assurance
    ✔ Raw Materials: T2 high-purity copper foil, complying with GB/T 5231, ensuring HV electrical performance
    ✔ Process: Advanced polymer diffusion welding, no false welding or bubbles, ensuring stable connection under HV large current
    ✔ Factory Inspection: 100% resistance test, withstand voltage test, and dimension inspection, eliminating unqualified products for HV use
    Package&Shippment:
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