PCBs for energy and power electronics
Printed circuit boards in energy and power electronics transmit and control high currents and voltages. They are a central component of systems in energy supply, industrial power electronics and drive technology.
Schaltungsdruck Storz manufactures printed circuit boards for applications where electrical load capacity, thermal behaviour and long-term reliability are central. Production takes place from initial samples through to stable series production.
The Challenge
Printed circuit boards in energy and power electronics are exposed to high electrical and thermal loads. Currents, power losses and temperature cycles act directly on material, structure and connections.
Insufficient design can lead to overheating, mechanical stress or premature failure. Suitable materials coordinated layer stack-ups and production under defined process conditions are therefore decisive.
Typical requirements
- High current carrying capacity and defined conductor cross-sections
- Controlled thermal behaviour and heat dissipation
- Suitable materials for increased temperature loads
- Reliable plated-through holes and connections
- Stable production processes for consistent quality
- Long-term operational reliability under load
- Transferability of samples into series production
Our experience in this field of application
We manufacture printed circuit boards for energy and power electronics with a focus on electrical load capacity and thermal stability.
Key parameters such as material selection, copper thicknesses and layer stack-up are coordinated at an early stage in order to reliably reflect the requirements of the respective application. The aim is a printed circuit board that functions reliably even under high electrical and thermal load.
Clear specifications, controlled processes and reproducible production ensure stable series and long-term operational reliability.
