Simulation-inductance

Inductance simulation calculates busbar inductance for the defined current loops. By evaluating magnetic flux density, it is possible to indicate critical areas for inductance and to propose solutions to reduce overall system inductance. capabilities allow to compute inductance at frequencies from 1kHz to 10MHz.
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Laminated Busbar

Laminated Busbar is a multi-layer composite structure connection busbar, which adopts customized integrated design, which is convenient for the rapid connection of electrical components, and has the advantages of low inductance, high current carrying capacity, long life and high reliability, which is widely used in motor vehicle traction system, photovoltaic, wind energy inverter, electric vehicle power unit, large server, industrial frequency conversion, aerospace and other fields.
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Epoxy coated busbar

An epoxy coated busbar is a high-performance electrical conductor, typically made of copper or aluminum, that is encapsulated in a uniform, seamless layer of epoxy resin. This coating transforms it from a simple metal strip into a fully insulated, protected component. It provides excellent dielectric strength to prevent short circuits, along with superior resistance to moisture, dust, chemicals, and mechanical damage. Ideal for harsh and demanding environments, these busbars are essential in high-voltage switchgear, energy storage systems (ESS), rail transportation, and industrial automation, ensuring safe, reliable, and maintenance-free power distribution in critical applications.
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Integrated capacitor busbar

Integrated capacitor busbar is an innovative component that embeds capacitors within a multilayer busbar to enhance inverter integration, optimize inductance, and increase power density. It supports silicon carbide technology to improve voltage reliability in power modules and is widely used in critical DC circuits for electric/hybrid vehicles, photovoltaic and wind power inverters, and general-purpose frequency converters.
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