Rigid busbars, crafted from copper/aluminum, come with heat shrink insulation tubes that boost mechanical strength & seismic resistance. Electroplating enhances power busbars corrosion & oxidation resistance while maintaining conductivity. RHI offers customizable designs to meet specific requirements. Contact us for more details.
Prius battery busbars are key components in hybrid (HEVs) and electric vehicles (EVs). These flat copper bars efficiently transfer current, balance voltage and current between battery modules, and prevent overcharging or overdischarging, extending battery life.
Rigid & flexible busbars are connected through welding. This hybrid design leverages the high conductivity and mechanical strength of rigid busbars along with the installation flexibility and stress relief of flexible busbars. Customizable copper busbars in various sizes and specifications can significantly improve installation efficiency and reduce maintenance costs.
Rigid busbars are copper busbar products made through extrusion, known for their insulation and abrasion resistance. Battery busbars are commonly used in high-voltage power connections for electric vehicles, transformers, and communication base stations.
Battery bus bars excel in electrical & thermal conductivity, as well as high-temperature resistance, ideal for high-voltage, high-load power connections. Rigid busbars are perfect for high current applications such as power distribution systems, electric vehicles, and industrial equipment.
Battery busbars are widely used in electric automotive applications, with PA12 insulation rated for 5000V AC. Custom busbar can be produced up to 3 meters in length and offer precise continuous bending.
Engineered for high-voltage EV battery systems, these battery busbars combine high-conductivity copper with heat-resistant ceramic composite tape to ensure excellent insulation, thermal stability, and mechanical strength. RHI's automated winding process delivers precise, uniform wrapping—critical for maintaining performance under extreme temperatures. A reliable solution for demanding new energy applications.
Copper busbars made from C110 undergo stamping, CNC bending, finishing, and insulation. Finishes include bare copper, tin, nickel, or silver plating, with insulation options like PVC, PE heat shrink, epoxy coating, or PA12. They are commonly used in energy storage systems, charging stations, electric forklifts, and EV battery packs.
The insulated busbar boasts strong coating adhesion and a sleek surface, ensuring moisture resistance and effective insulation across a wide temperature range. Customizable to various specifications, electric busbar enables easy installation, saving space.
HV busbars, crafted from copper C110, undergo stamping, CNC bending, finishing, and insulation processes. Busbar electrical is widely employed in energy storage systems, charging stations, electric forklifts, and EV battery packs.
Made from high conductivity, low creep semi hard copper with tin plating, this copper busbar provides excellent corrosion resistance and solderability. Precision 3D bending and punching ensure efficient installation and reliable performance. Ideal for EV batteries, energy storage systems, cell interconnections, charging infrastructure and power distribution applications.
Battery busbars combine heat-resistant copper conductors with ceramic-based insulation to ensure dielectric strength, high-temperature endurance, and mechanical durability. Automated winding delivers uniform coverage and adhesion, enhancing thermal management and current-carrying reliability. Ideal for high-voltage EV battery pack interconnections.
Custom copper busbar with epoxy powder-coated insulation features a thin dielectric layer with excellent heat dissipation, high dielectric strength, and strong resistance to high temperatures and electrical stress. Precision 3D forming and punching ensure accurate fit and easy integration into standardized assemblies. Designed for high-current applications, copper busbar offers reliable conductivity, good creep resistance, long service life, and low maintenance. Widely used in EV battery packs, energy storage systems (ESS), and power distribution systems for safe and efficient electrical connections.
PVC insulated cover for busbar protection and insulation. They are ROHS, REACH and UL94V-0 standards. Working temperature can be -40 to 105℃, broken voltage 10KV. RHI can design the cover model and size for different bus bars.
PVC insulated cap for busbar protection and insulation. The color is black and red. The covers are all ROHS, REACH and UL94V-0 standards. RHI can design the cover model and size for different bus bars.
PVC insulated cover for busbar protection and insulation. The color is black and red. The covers are all ROHS, REACH and UL94V-0 standards. RHI can design the cover model and size for different bus bars.
PVC insulated cover for busbar protection and insulation. The color is black and red. The covers are all ROHS, REACH and UL94V-0 standards. RHI can design the cover model and size for different bus bars.
Manufactured from T2Y2 hard copper with at least 98 percent IACS conductivity, the copper busbar offers high mechanical stability and reliable performance under vibration and thermal cycling. Chamfered edges reduce electric field concentration and creepage risks. PA12 insulation provides strong dielectric protection and stable performance at 105 to 125 degrees Celsius, making it suitable for EV battery packs and energy storage systems.
Copper busbars for AI battery backup units and energy storage racks.
RHI Rack Busbars are designed for OCP ORv3 Open Rack systems and high-density AI data centers, providing standardized high-current DC power distribution through a laminated busbar structure. With current ratings ranging from 425A to 2900A, they support diverse power requirements for Power Shelves, PSU modules, BBU systems, AI servers, storage, and network switches. Blind-mate connections simplify installation, reduce cabling complexity and voltage drop, while the vertical busbar design helps reduce cable congestion, improve airflow, and simplify rack maintenance. Custom designs are available to meet specific rack configurations and power requirements.
Bimetallic busbar for joints that have to land on both copper and aluminum surfaces.
Copper-to-aluminum busbars for transitions between copper terminals and aluminum conductors.
Flexible busbar joining copper and aluminum by ultrasonic welding for battery packs.
Aluminum battery busbar for new energy packs and storage modules.
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