Associate professor
Supervisor of Master's Candidates
[1] Stability and control of new type power systems with high proportion of renewable energy and high proportion of power electronics equipment.
[2] Stability and control of grid-forming renewable energy systems.
[3] Online monitoring of inertia of power electronics power systems based on artificial neural network.
[4] Online stability estimation of power electronics network based on artificial neural network.
[5] Modeling and optimal control of AC/DC hybrid microgrids.
[6] DC Microgrids virtual synchronous machine.
[7] Stability and control in AC Microgrids.
