My research work includes all the major fields of electrical engineering. During my Ph.D., I carried out the analysis of a power system problem (subsynchronous resonance) and designed the control algorithms for power electronic devices (FACTS devices, such as STATCOM and UPFC) to alleviate subsynchronous resonance (SSR). I have also designed the solar PV-based STATCOM with a novel control design to provide reactive power compensation and mitigate SSR. 

Research Interests

1. Control algorithms for FACTS devices.

2. MPPT design for Solar PV.

3. Electrical vehicle integration with grid.

4. Renewable energy based FACTS devices.

5. Realistic models for load frequency control.

6. Optimization techniques integrated with advanced control.

7. Fuzzy Logic Control.

8. Advanced Neural Network control.