(Including but not limited to the following topics)
Track 1: Smart Energy
Photovoltaic systems and grid connection technologies
Energy Internet technologies
Solar photovoltaic systems and equipment
Core technologies of smart energy equipment
Solar energy technology, geothermal energy technology, marine energy technology
Electrical theory and new technologies
Wind power generation
Energy materials and devices
Power quality
Fault monitoring and predictive maintenance
High-voltage systems, HVDC and FACTS equipment
Power electronics and drives
Simulation control and integration of energy power system processes, etc.
Track 2: Smart Grid
Smart distribution automation
Microgrid control strategies
Renewable energy integration
Progress in wind energy technology
Solar power generation technology
Energy storage system design
Energy management system
Distributed power generation scheduling
Intelligent inverter technology
Composite energy system
Distributed energy storage optimization
Green energy policies
Multi-energy complementary technology
Energy Internet architecture
Grid flexibility resources
Integrated power system
Track 3: Carbon Neutrality
Scenario analysis of energy system transformation under the carbon neutrality goal
Economic assessment of carbon capture, utilization and storage (CCUS) technologies
Design of carbon neutrality paths (industries, transportation, buildings)
Carbon market, carbon finance and carbon footprint accounting methods
Co-development strategies of renewable energy and nuclear energy
Negative emission technologies and ecological carbon sink enhancement mechanisms
Equitable transition and social and economic impact assessment
International climate cooperation and comparison of carbon neutrality policies ......