Department overview

The principal scientific and technological contributions of the Department include: original control methods of AC machines based on multiscalar machine models and nonlinear feedback; advanced speed observers for sensor less control of AC machines; original diagnostic methods of electrical machines and torque transmission systems; new concepts of power electronic converters, notably based on SiC devices; original control algorithms for grid connected power converters; analyses of inverters with output filters and novel control algorithms of such inverters; development of control principles for electric drives with multiphase machines.

Research areas
Sample projects
Sample publications
Contact

The primary research activities of the Department are carried out in the following areas:

  • Nonlinear control of electrical machines
  • Sensorless control of electrical drives
  • Control of power converters, including medium voltage grid-connected power converters
  • Control diagnostics of renewable energy sources
  • Development of hardware and software for the control of power converters and electric drives
  • Remote control of electrical drives over the Internet
  • Control of multiphase machines (e.g. 5-phase induction motors)

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