Track-1: Grid integrated renewable energy system

Renewable energy conversion systems (PV, wind) grid-tied and standalone systems, distributed power generation, hydrogen technology, energy stirage technologies, Energy Management Systems, and Battery Management Systems.

Track-2: Smart grid, microgrid and power quality

Multiple Energy Sources Coordinated Smart Grids and Microgrids, Analysis of transmission and distribution networks with renewable and EV penetration, converters and control for improving power quality, active filtering, VAr support, FACTS devices.

Track-3: Power electronics converter

Power conversion topologies, modulation strategies, converter analysis, modeling and control, efficient power conversion and soft switching.

Track-4: Power electronics devices, Wide band-gap devices, EMI-EMC, and packaging

Power electronic devices, Gate drivers for WBG devices, Packaging of Devices, WBG enabled Power Converters, Thermal management of converters, Magnetics design and analysis, Electromagnetic interference and electromagnetic compatibility.

Track-5: Electricals Machines and Drives

Modeling and Design of Electric Machines, Operation and Control of Motor drives, Multi-leveldrives, four quadrant operation.

Track-6: Transportation Technologies (wireless charging

Electric vehicles (EV), charging infrastructure, railway traction, surface transport viz., ship energy conversion systems, and electric aircrafts.

Track-7: Application of AI/ML to power electronics and power systems

Design, control and maintenance of power electronics using AI/ML, intelligent control, fault monitoring and system health monitoring using AI/ML

Track-8: Power system energy policy and power Engineering education

Teaching concepts in Power Engineering, Policies for Distributed Generation, Smart Grids and operation with increased renewable and electric vehicle penetration.