(The following topics include but are not limited to)
Track 1: Smart Grid
Smart Distribution Automation
Microgrid Control Strategies
Renewable Energy Integration
Wind Energy Technology Advances
Solar Power Generation Technology
Energy Storage System Design
Energy Management System
Electric Vehicle Charging Facilities
Distributed Generation Scheduling
Demand Response Technology
Smart Inverter Technology
Composite Energy System
Distributed Energy Storage Optimization
Green Energy Policies
Multi-energy Complementary Technology
Energy Internet Architecture
Electricity Market Mechanism
Grid Flexibility Resources
Integrated Power System
Track 2: Distributed Energy
 Smart Distribution Network Scheduling and Operation Optimization
 Distributed Photovoltaic and Wind Power Grid Connection Technology
 Microgrid Autonomous Control Strategies
 Power System Self-healing and Fault Recovery
 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
 Grid Coordination of Electric Vehicles and Energy Storage Systems
Track 3: Electrical Automation
Electrical Engineering and Its Automation
Microelectromechanical Systems
Electric Traction, Drive, and Control
Power Distribution System and Equipment
Motors and Variable Speed Drives
New Motor Drives and Power Electronics Technology
Industrial Automation Control System Architecture
Smart Grid and Energy Management
Adaptive/Proactive/Robust Control Algorithms
Electrical Equipment Condition Monitoring and Fault Diagnosis ......