(Include but not limited to)
Track 1: Renewable Energy
Photovoltaic systems and solar engineering
Wind energy systems
Renewable energy utilization
New energy applications
Energy-saving technologies
New energy materials and devices
Solar energy, wind energy
Biomass energy
Geothermal energy, ocean energy, hydrogen energy
Energy storage technology
Energy conversion
Distributed energy
Track 2: Microgrid
Microgrid integration and optimization
Intelligent control technology
Intelligent power equipment
Flexible design and emergency response
Distributed power source integration and collaborative control
Power system integration
Power electronics technology
Development of efficient power converters
Control strategies for intelligent converters
Power system and automation
Emerging smart grid technologies
Smart grid technology
Smart energy management
Hybrid power generation systems
Power system communication
Power system and energy
Smart distribution and microgrid
Track 3: Distributed Energy
Smart distribution network dispatching and operation optimization
Grid-connected technologies for distributed photovoltaic and wind power
Autonomous control strategies for microgrids
Self-healing and fault recovery in power systems
Smart load management and demand response
Application of power electronics in distributed generation
Multi-energy complementary scheduling technology
Grid voltage and frequency control
Inverter control and power quality improvement
Cooperative architecture design for multi-energy systems
Information and communication collaborative technology for energy internet
Distributed energy access technology
Modeling and control of virtual power plants
Intelligent sensing and data collection
Application of edge computing and cloud platforms in energy internet
Interoperability standards for energy equipment interconnection and interoperability