- Power converters/controls for wind, solar, wave, and hydrogen
- High-efficiency and high reliable power conversion for sustainable sources using new topologies, WBG devices and magnetic materials
- Solid State Transformers, and medium/high voltage DC distribution/transmission
- Monitoring, protection and standards of DG systems
- Power electronics for battery, supercapacitor, and hybrid energy storage systems
- Power electronics for charging and operation of electric, hybrid electric, and plug‐in hybrid electric vehicles
- Energy management, planning and sizing of energy storage, and power converter systems for various cases including peak shaving, intermittency mitigation etc.
- Microgrids and nanogrids – grid interconnected and islanded operation
- Distributed generation power electronics and electric power quality – voltage, frequency, harmonics impacts and mitigation
- Power electronics as power stations: grid forming, demand response, high penetration of distributed generation in the grid, and renewables generation forecasting
- Power semiconductors and its monitoring/characterizations for distributed generation power electronics
- Cybersecurity issues, artificial intelligence and big data used in renewable energy systems
- Energy policy and public policy issues relating to power electronics based distributed and sustainable generation systems
- Real-Time simulation, Hardware-In-the-Loop validation, Mission profile emulation for renewable energy components/systems