Chair - Denis A. Kotin, Cand.Sc., Associate Prof.
Co-chair - Maksim A. Zharkov, Associate Prof.
The section considers the qualitative and quantitative rates of electrical energy converting technologies and present day problems of power engineering; developing mathematical models of power equipment, power grid elements and analyzing electromagnetic processes in electrical energy converters and network transient analysis; analyzing energy exchange processes between generators and non-linear consumers of electrical energy; mathematical methods for analyzing and synthesizing electrical circuits with semiconductor and electromechanical converters, circuits, devices and systems of power electronics; application features of advanced high-power high-voltage semiconductor devices and modules based on them (IGBT, IGCT, MOSFET); application of artificial intelligence methods and deep learning technologies to optimize power flows and coordinate operation of power plants in the power system; application of microprocessor control devices for high-power electrical energy converters and for the purposes of relay protection and power system automation; new approaches of power systems design; simulation of high-power electrical energy converters; construction methods for reactive power compensation and methods for their calculation; algorithms and control devices for power electronics systems; methods of analysis and control of closed nonlinear pulse control systems with various types of modulation.
Keywords: power converters, semiconductor devices, microprocessor control, machine learning, reactive power compensation, microgrids, renewable energy, time-series analysis, power system simulation, relay protection and power system automation; power system control
Web-site: https://edm.ieeesiberia.org