(Including but not limited to the following topics)
Track 1: Energy and Power
Hydrogen and fuel cells
Energy materials
Development and utilization of renewable energy
Energy storage technologies
Energy-saving technologies, energy storage technologies
Energy chemical engineering
Energy efficiency systems
Energy and environmental engineering
Energy equipment
Energy security and clean usage
Motors and drives
Power converters
Transport electrification
New energy vehicles, electric vehicles
Power systems and automation
High voltage and insulation technologies
Electric motors and electrical
Electrical engineering theory and new technologies
Power electronics and power drive
Track 2: Grid System
Power system planning and design
Smart grid architecture and technologies
Application of big data and artificial intelligence in power grids
Application of IoT technology in power grid systems
Cybersecurity and privacy protection of smart grids
Distribution automation technology and equipment optimization
Smart substations and sensor technology
Integration of renewable energy and power grids
Distributed energy management systems (DERMS)
Optimal scheduling of microgrids and virtual power plants (VPP)
Analysis of grid stability and control strategies
Dynamic modeling and simulation of power systems
Voltage, frequency control and fault recovery technologies
Potential applications of quantum computing in power grids
Track 3: Power Engineering
Smart grid
Energy storage
Battery technology
Engineering thermophysics
Thermal energy engineering
Thermal power generation
Engine manufacturing
Power engineering, high voltage engineering
Energy transmission and distribution
Power systems and automation
Electrical and control engineering
Electrical theory and new technologies