(The following topics include but are not limited to)
Track 1: Microgrid
Integration and optimization of microgrid
Intelligent control technology
Intelligent power equipment
Flexible design and emergency response
Distributed power source access and coordinated control
Intelligent grid
Power system integration
Power electronics technology
Development of efficient power converters
Intelligent converter control strategies
Power system and its automation
Emerging intelligent grid technologies
Intelligent grid technology
Intelligent energy management
Hybrid power generation system
Power system communication
Power system and energy
Smart distribution and microgrid
Track 2: Distributed Energy
Collaborative architecture design of multi-energy systems
Information and communication collaborative technology of energy internet
Distributed energy access technology
Virtual power plant modeling and control
Intelligent sensing and data collection
Application of edge computing and cloud platforms in the energy internet
Interoperability standards for energy equipment interconnection and interoperability
Network reliability and fault-tolerant mechanisms
Efficient energy communication protocols and network security
Reliability and stability analysis of the energy internet
Grid-connected technologies for distributed photovoltaic and wind power
Track 3: Power System
Operational flexibility of power systems
Power system protection, operation and control
Power system stability
Power system planning and dispatch
Reliability and safety of power systems
Power system modeling, simulation and analysis
Relaxation of power system regulation
Analysis of power system resilience under extreme climates
New power market mechanisms and flexibility resource scheduling
Power system digital twin and virtual power plant technology ……