(Including but not limited to the following topics)
Track 1: Power System
Electric energy distribution
Fuel cells, embedded power generation and energy storage
Combined heat and power and distributed power generation
Power system analysis and control
Application of artificial intelligence in power systems
Power system technology
Power transmission, power quality
Power system and energy
Integration of power transportation systems (multi-energy system integration)
Distributed energy storage power generation
High-voltage technology
Power engineering and power system
Signal processing in power and energy systems
Distributed power generation and combined power generation systems
Wireless power transmission
Power electronics
Renewable and sustainable energy technologies
Track 2: Smart Grid
Smart distribution automation
Microgrid control strategies
Renewable energy integration
Progress in wind energy technology
Solar power generation technology
Energy system design
Energy management systems
Electric vehicle charging facilities
Distributed power generation scheduling
Demand response technology
Smart inverter technology
Comprehensive energy systems
Distributed energy storage optimization
Green energy policies
Multi-energy complementarity technology
Energy Internet architecture
Electricity market mechanism
Grid flexibility resources
Integrated power system
Track 3: Renewable Energy
Renewable energy engineering (solar energy, biomass energy, wind energy, nuclear energy, hydrogen energy, etc.)
Renewable energy power generation
Power system modeling, analysis and simulation of renewable energy
High-reliability relay protection of power system for renewable energy
Renewable energy innovation
Buildings and renewable energy ......