(Including but not limited to the following topics)
Track 1: Power Electronics Technology
Power electronic devices and new materials
Power electronic circuits
Control and algorithms
Power electronic systems
Thermal management and reliability
Power transmission
Power quality and harmonic mitigation
Drive protection and packaging
Power electronic devices and analysis testing
Circuits, devices, systems and control
High voltage and high power power electronics technology
Track 2: Microgrid
Power system planning and design
Smart grid architecture and technology
Application of big data and artificial intelligence in power grids
Application of IoT technology in power grid systems
Cybersecurity and privacy protection of smart grids
Distribution automation technology and equipment optimization
Smart substations and sensor technology
Renewable energy and grid integration
Distributed energy management system (DERMS)
Optimal scheduling of microgrid and virtual power plant (VPP)
Grid stability analysis and control strategies
Dynamic modeling and simulation of power systems
Voltage, frequency control and fault recovery technologies
Potential applications of quantum computing in power grids
Track 3: Energy System
Energy system modeling and research
Energy Internet
Renewable energy systems
Grid connection and operation technologies and applications of new energy power generation
Electrical system modeling
Carbon neutrality
IoT energy system
Big data application in power and energy systems
Simulation control and integration in energy and power systems during the process of energy and power management
Renewable energy and systems
Battery technology – materials and systems
Other energy storage systems
IoT energy system
Application of big data in power and energy systems
Modern artificial intelligence in power and energy systems
Application of signal processing in power and energy systems
Cybersecurity in power and energy systems