The scope of research of the Division of Power Networks and Systems:

• simulation of power systems
• real-time simulation of the power system (static and dynamic state estimation, system observability, topology verification, measurement data verification, taking into account the presence of FACTS systems)
• digital simulations of steady and transient states of multi-voltage power systems using Matlab and Simulink
• reactive power management in the power system (optimization of voltage and reactive power distribution, location of additional reactive power sources)
• analysis of the voltage stability of the power system (methods of testing the voltage stability of transmission and distribution networks, quick determination of critical inclusions, stability indicators)
• simulation of the frequency control of subsystems, including island transitions and re-synchronization
• analysis of transients in power networks (overvoltages, short circuits, harmonics) with the use of PSCAD-EMTDC
• analysis of higher harmonics in the power system (location of harmonic sources, resonance)
• analysis of technical conditions of cooperation of MV grids with renewable sources
• study of the impact on the low voltage grid of photovoltaic, hydro, wind and biogas micro-sources
• intelligent power distribution networks and virtual power plants
• smart metering, cybersecurity
• identification, simulation and forecasting of the electrical load
• methods of forecasting loads in microgrids
• tariff systems, restructuring and deregulation in the electricity sector
• electricity markets
• research on demand-side response, load management and energy efficiency
• artificial intelligence in power system
• new electricity generation technologies
• the efficiency of the processes of production, transmission, distribution and use of energy
• technological systems use renewable energy in the energy market