(Include but not limited to)
Track 1: Electrical Engineering and Power Electronics Technology
Power generation, transmission and distribution, and operation control of power systems
Topologies, modeling, and control of power electronic converters
Motor drive and motion control technologies
High-voltage engineering and insulation technology
Electromagnetic compatibility and transient analysis of electromagnetics
Power system stability, protection, and fault diagnosis
Power equipment condition monitoring and predictive maintenance
Advanced power semiconductor devices and applications
Radio frequency energy transmission and inductive charging technology
Electric transportation and power system for electric vehicles
Power transmission and new motor technologies
Application of electrical materials and superconducting technology
Power system planning, dispatching, and market-oriented reform
Power system relay protection and automation
Track 2: Smart Grid
Architecture, communication, and standardization of smart grids
Wide Area Measurement System (WAMS) and phasor measurement
Smart sensors and advanced measurement system (AMI)
Big data analysis and cloud computing in smart grids
Application of artificial intelligence in power systems
Digital twin and grid simulation technology
Integration of the Internet of Things and the energy internet
Smart distribution and automation of substations
Security and protection of power information physical systems
Demand response and load management
Virtual power plants and aggregation of distributed resources
Electricity market and carbon trading mechanism
Application of blockchain in energy trading
Track 3: Distributed Energy and Microgrid Systems
Distributed photovoltaics and decentralized wind power technologies
Grid connection and optimization of distributed energy
Design, control, and energy management of microgrids
Microgrid switching between grid-connected and off-grid and island detection
Virtual synchronous machine and grid-forming inverters technology
Source-grid-load-storage coordinated scheduling
Multi-energy complementarity and integrated energy systems
Distributed energy storage systems and battery management
Hydrogen and electricity-hydro coupling systems
Active distribution networks and intelligent distribution dispatching
Microgrid protection and self-healing of faults
Resilience and emergency response of distributed energy systems
User-side distributed energy aggregation and point-to-point transactions
Rural electrification and community energy systems
......