(Including but not limited to the following topics)
Track 1: Energy Systems
Energy-saving technologies, energy storage technologies
Renewable energy
Thermal energy and power engineering
Energy engineering
Renewable energy technologies and systems
Wind power generation
Solar-related technologies
Nuclear power technology
Thermal engineering and thermodynamics
Energy equipment and energy management
Thermal energy engineering and wind energy engineering
Hydrogen energy resources
Energy security and energy systems
Energy conversion and energy efficiency
Energy chemical engineering
Hydroelectric power, geothermal and tidal
Hybrid energy systems
Track 2: Smart Grid
Smart grid dispatching
Grid stability control
Smart grid big data analysis
Power system communication and control
Wide-area monitoring, protection and control
Smart distribution and power grid microgrid
Distributed power generation
Power engineering power generation technology
Application of artificial intelligence in power systems
Source-network-load-storage coordinated scheduling
Flexible direct current transmission technology and engineering application
Power quality (PQ)
Distribution system and substation automation
Grid modeling, simulation and data management
Smart grid modeling and demand response management
Smart technologies and their application in power systems
Computational intelligence and optimization
Track 3: Electric Drive
Advanced power semiconductor technology
Diagnosis and fault prediction of power transmission
Virtual power plant
Power electronics technology in transmission and distribution fields
Power device modeling and drive
Motor drive and motion control
Motors and drive systems
Power electronics modeling and simulation
Intelligent electronic systems
Emerging power electronics technologies
Modeling, simulation, design and implementation of power circuit components
Power electronics equipment and converters
Motors and power electronics materials
Big data and artificial intelligence in energy conversion