(The following topics include but are not limited to)
Track 1: Energy Technology
Electrical power, energy-saving technology
Energy storage technology
Renewable energy
Thermal energy and power engineering
Energy engineering and environmental engineering
Renewable energy technologies and systems
Energy security and clean utilization
Clean energy development
Thermal engineering and wind power engineering
Nuclear energy engineering and hydrogen resources
Energy materials and energy technology
Energy security and energy systems
Energy conversion and energy efficiency
Energy analysis and energy transfer
Bioenergy engineering
Energy chemical engineering
Track 2: Power Electronics
Power electronics computing applications, communication applications
Medical power electronics
High-frequency converters and power supplies
New converter topologies and their applications
Matrix and multi-stage converters
Power converter control and drive circuits
New power semiconductor devices and their practical applications
Power electronics industrial applications
Regulations, safety and EMC compliance of power electronics equipment
Production, manufacturing, quality and reliability of power electronics equipment
EMC and power quality
Track 3: Thermal Systems
Thermal energy efficiency, thermoelectric engineering
Grid coordination
Engineering thermodynamics
Thermal fluid mechanics
Grid self-healing
Distributed power sources
Intelligent substations
Electric vehicle charging
Smart grid equipment
Energy equipment and technology
Thermal physics and thermal engineering
Bidirectional interactive power sources
Energy development and utilization
Thermal performance and thermal physical measurement techniques