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Busbars are a technologically advanced solution for electrical current transmission, ideal for applications requiring high performance and low inductance. Busbars feature a multi-layered design in which the conductive layers are separated by dielectric material. These connections are characterized by low impedance, reliability, and help to speed up the assembly process and save space compared to traditional wiring.

Busbars available at DACPOL are custom-made and based on the customer's drawings.

Technical Parameters of Busbars

Operating Voltage 0~20kV
Rated Current 0~3600A
Maximum Size (Dimensions) 900~1900MM
Flame Test UL94 V-0; EN45545
Conductor Material T2Cu, 1060 AL
Conductor Surface Coating Silver plating, tinning, nickel plating
Connection Types Pressing, riveting, welding
Insulation Resistance 20MΩ~ ∞
Partial Discharge Less than 10PC
Operating Temperature Range -40+105°C
Insulating Materials PET, PI, NOMEX, epoxy resin

Advantages of Busbar Connections

  • Low-inductance connections
  • High current-carrying capacity
  • High dielectric strength
  • Low impedance
  • Use of high-quality conductive and insulating materials
  • Suitable for harsh environmental conditions
  • Flame test compliance with UL94 V-0 and EN 45545
  • Space-saving design
  • Fast assembly
  • Good heat dissipation

Sample Applications of Busbars

Rail Transport

In railways, laminated busbars are an essential part of electrical systems, ensuring reliable power transmission at high voltages and currents. Thanks to their low-inductance design, they minimize energy losses, which is critical for the efficiency of traction systems.

Power Industry

Laminated busbars are used in power grids, where resistance to high currents and voltages is crucial. Busbars ensure safe and stable energy transmission in power plants and relay stations, minimizing losses caused by inductance.

Automotive Industry

In vehicle electrical systems, especially in electric and hybrid cars, laminated busbars are used to manage current flow in demanding work environments. They provide stability and safety in systems ranging from low to medium voltage.

Renewable Energy

In wind turbines, busbars are used to transmit energy from generators to the grid. Their resistance to external factors and low-inductance properties make them ideal for working in demanding conditions, such as fluctuating temperatures and high current loads. Laminated busbars are also used in photovoltaic systems to efficiently transmit electricity from solar panels. Thanks to their multi-layered design, they provide stability and high performance, which is crucial in large solar installations.

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Busbars are a technologically advanced solution for electrical current transmission, ideal for applications requiring high performance and low inductance. Busbars feature a multi-layered design in which the conductive layers are separated by dielectric material. These connections are characterized by low impedance, reliability, and help to speed up the assembly process and save space compared to traditional wiring.

Busbars available at DACPOL are custom-made and based on the customer's drawings.

Technical Parameters of Busbars

Operating Voltage 0~20kV
Rated Current 0~3600A
Maximum Size (Dimensions) 900~1900MM
Flame Test UL94 V-0; EN45545
Conductor Material T2Cu, 1060 AL
Conductor Surface Coating Silver plating, tinning, nickel plating
Connection Types Pressing, riveting, welding
Insulation Resistance 20MΩ~ ∞
Partial Discharge Less than 10PC
Operating Temperature Range -40+105°C
Insulating Materials PET, PI, NOMEX, epoxy resin

Advantages of Busbar Connections

  • Low-inductance connections
  • High current-carrying capacity
  • High dielectric strength
  • Low impedance
  • Use of high-quality conductive and insulating materials
  • Suitable for harsh environmental conditions
  • Flame test compliance with UL94 V-0 and EN 45545
  • Space-saving design
  • Fast assembly
  • Good heat dissipation

Sample Applications of Busbars

Rail Transport

In railways, laminated busbars are an essential part of electrical systems, ensuring reliable power transmission at high voltages and currents. Thanks to their low-inductance design, they minimize energy losses, which is critical for the efficiency of traction systems.

Power Industry

Laminated busbars are used in power grids, where resistance to high currents and voltages is crucial. Busbars ensure safe and stable energy transmission in power plants and relay stations, minimizing losses caused by inductance.

Automotive Industry

In vehicle electrical systems, especially in electric and hybrid cars, laminated busbars are used to manage current flow in demanding work environments. They provide stability and safety in systems ranging from low to medium voltage.

Renewable Energy

In wind turbines, busbars are used to transmit energy from generators to the grid. Their resistance to external factors and low-inductance properties make them ideal for working in demanding conditions, such as fluctuating temperatures and high current loads. Laminated busbars are also used in photovoltaic systems to efficiently transmit electricity from solar panels. Thanks to their multi-layered design, they provide stability and high performance, which is crucial in large solar installations.

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