(The following topics include but are not limited to)
Track 1: Power Electronics
Wide bandgap semiconductor devices and applications
High frequency and high efficiency power electronic conversion topologies
Modular multilevel converter technology
Power electronic system integration and packaging
High temperature and high power density conversion technology
Power electronic reliability modeling and prediction
Power electronic fault diagnosis and fault tolerance
Power electronic testing and standardization
Special power supplies and pulse power technology
Radio frequency energy transmission and energy harvesting
Power electronic digital twin technology
Open source power electronic design platform
Track 2: Smart Grid
Microgrids
Distributed grids
Grid intelligent dispatching
Electrical component networks
Power and energy systems
Large grid stability control
Energy storage technology and smart grid
Smart distribution and utilization and microgrids
The architecture and design methods of smart grids
Wide area protection, communication and control intelligent sensors in energy systems
Monitoring and controlling the power quality of smart grids
Smart grids in multiple fields
Track 3: Energy Internet
Energy Internet architecture and standards
Multi-energy flow coordinated planning and optimized operation
Distributed energy trading and blockchain applications
Energy routers and intelligent gateways
Virtual power plants and aggregation regulation technologies
Energy big data and artificial intelligence applications
Digital twin of integrated energy systems
Electric vehicles and intelligent interaction with the grid
Energy Internet security and privacy protection
Energy metaverse technology architecture
Regional energy Internet demonstration projects
Cross-border energy interconnection key technologies ......