Research Interests

Renewable Energy Sources and Distributed Generation – Integration of solar, wind, and other renewable sources into modern power systems.

Dynamic Stability of Power Systems – Modeling and control of system dynamics under renewable energy penetration.

Power Flow & Frequency Control – Advanced techniques for stable and reliable operation of interconnected grids.

Energy Storage Systems – Application of batteries, hydrogen, and hybrid storage for renewable energy integration and grid support.

Improving Network Efficiency & Reducing Power Losses – Optimization methods for enhanced system reliability.

Control Strategies – Application of integral-derivative controllers, PID controllers, fuzzy logic, nonlinear, and notch filter–based controllers in the power grid.

Power Electronics for Renewable Energy – Design and control of DC-DC converters, inverters, and grid interface systems.

Smart Grid Technologies – Enhancing efficiency, resilience, and reliability of power networks with intelligent control.

Harmonic Mitigation & Power Quality – Analysis and reduction of total harmonic distortion (THD) in renewable-rich systems.

Photovoltaic Systems – Modeling, simulation, and efficiency improvement of PV panels and their grid integration.