Setting ideas in motion
Setting ideas in motion


In the field of control of electronically commutated motors, we combine model-based methods of modern control techniques with proven traditional approaches. The results are highly dynamic and robust controllers with optimal efficiency.

For the development of these algorithms we use in-house developed rapid control prototyping control devices with integrated power electronics.

  • Classical commutation
  • Field oriented control of synchronous and asynchronous motors
  • Sensorless field-oriented methods based on Back-EMF observers (low to high speed range) and high frequency injection (zero speed and low speed range)
  • Robust and highly dynamic control behavior in constant torque and field weakening areas
  • Energy recovery and efficiency optimization
  • Validated simulation models for synchronous / asynchronous motors and power electronics
  • Extensive libraries in MATLAB / Simulink

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