Compact power distribution
Busbars/Power Rails
In modern power electronics, busbars are the first choice for safe, space-saving, and efficient power distribution. As your EMS service provider, TPS Elektronik focuses on industrial and customized solutions. We supply busbars that meet the highest requirements for current-carrying capacity, heat dissipation, and mechanical strength. Busbars are flat conductors, usually made of copper or aluminum, that reliably transmit current between components and assemblies. Unlike conventional wiring, they offer lower inductance, improved heat distribution, and a significantly more compact design – crucial for the miniaturization of complex systems.
Advantages of our Busbars
- High current carrying capacity with small space requirements
- Reduced electromagnetic interference (EMI)
- Excellent thermal behavior
- High mechanical stability and durability
- Modular design – ideal for customer-specific requirements
Areas of application of our busbars
Our busbars are used wherever high currents need to be distributed safely and efficiently – for example in:
- Frequency Converters
- Energy and power electronics
- Battery systems (e.g. in e-mobility & storage solutions)
- Industrial applications and switchgear
- UPS systems and power supply units
Custom-made Busbars
Whether a simple two-pole busbar or complex multi-layer busbars with insulation, threaded bolts, and connectors, we develop and supply busbars tailored to your application. We consider electrical parameters, thermal loads, installation space requirements, and mechanical requirements right from the development stage. We also offer various surface treatments (e.g., tin, silver, nickel) for contact optimization and corrosion protection, depending on your requirements.
Competence, that connects
As an EMS service provider, we accompany you from the design and production to the series integration of your busbars – precisely manufactured, reliably in use.Kontaktieren Sie uns – wir beraten Sie individuell zu Stromschienenlösungen für Ihre Elektronikanwendung.
