Power Electronics
Applied electronics • HIL • Model predictive control strategies • Motion Control • Multilevel inverters • PHIL • Power Control • Power Electronics • Reinforcement learning • Smart grids
Varjasi István
associate professor
Q.B124.
(+36) 1 463-1552
Balogh Attila
associate professor
Q.B124., Q.B213., Q.P105.
(+36) 1 463-1552
A kutatócsoport tagjai:
Varjasi István
associate professor
Balogh Attila
associate professor
Hamar János Krisztián
associate professor
Stumpf Péter Pál
associate professor
Sütő Zoltán
associate professor
Futó András
assistant lecturer
Kökényesi Tamás
assistant lecturer
Activity of the research group:
- Power converter design
- Advanced power control
- HIL and PHIL models and modelling techniques
- Control strategies of smart grid converters, power quality improvement methods
- DC link balancing of multilevel power converters
- Efficiency improvement methods of dynamic Voltage Restorers
Recent results:
- Improved dynamic power control for low frequency DAB converters
- Adaptive dead time compensation for ultra-low leakage inductance DAB converters
- High power real time simulator (CUIC-Power HIL)
- Sorting network with parallel threads for model predictive torque control
- Power quality improvement methods for voltage source smart grid inverters
- Harmonic emission reducing in two level inverters using flat-top modulation
Special infrastructure:
High power laboratory • Modular hybrid powertrain (FIEK)
Recent projects:
NKFIH Young researcher program
Industrial partners:
Rolls-Royce Hungary Kft. • Robert Bosch Kft. • RHIVA A.G. • Siemens Zrt.