(covering but not limited to the following topics)
Track 1: Electrical Engineering and Power Electronics
Power electronic devices and wide bandgap semiconductors
Power electronic converter topologies and control
Motor drive and power transmission
Power quality and harmonic mitigation
Electromagnetic compatibility and electromagnetic measurement
High Voltage and Insulation Technology
Electrical Materials and Superconducting Electrics
Circuits and Systems, Electromagnetic Field Theory
Reliability and Fault Diagnosis of Power Electronic Systems
New Sensors and Electrical Measurement Technologies
Track 2: New Energy Systems and Smart Grids
Renewable Energy Generation and Grid Integration
Photovoltaic/Wind Power Generation Systems and Control
Energy Storage Technology and Battery Management
Stability of New Energy Power Systems
Microgrids and Distributed Generation
Virtual Power Plants and Demand Response
Energy Internet and Integrated Energy Systems
Electric Vehicles and V2G Technology
Hydrogen and Fuel Cell Systems
Modeling and Optimization Scheduling of New Energy Systems
Track 3: Power Systems and Energy Transition
Power System Planning and Operation
Smart Grids and Distribution Automation
Power System Protection and Control
Power Market and Energy Economy
Low-Carbon Energy Transition and Carbon Neutrality
Energy Policies and Sustainable Development
Power System Resilience and Safety
Application of Artificial Intelligence in Power Systems
Energy-Traffic Coupling System
New Power Systems and High Proportion of Renewable Energy