(Including but not limited to the following topics)
Track 1: New Energy
Energy efficiency
Renewable energy
Wind energy
Solar energy
Hydrogen energy
Geothermal energy
Nuclear energy
Tidal energy
New energy vehicle
Clean energy
New energy materials and devices
Thermodynamics
Energy management and sustainable development
Civil engineering and energy-efficient buildings
Environmental Science and Engineering
Track 2: Microgrid technology
Microgrid integration and optimization
Power demand side management
Distributed power source access and collaborative control
Smart grid and Distributed Energy
Power distribution systems and substation automation
Electric traction system and control
Electromagnetic and applied superconducting technologies
Electromagnetic compatibility, electromagnetic transient projects
Power optimization, power system planning and dispatching
Monitor and control the power quality of the smart grid
Smart grid with multi-field applications
Stable control of large power grids
Intelligent dispatching of power grid
Intelligent power distribution and utilization and microgrid
Track 3: Power System
Materials for electrical engineering and optoelectronics
Power system protection and control
Intelligent sensor
Intelligent networks and communications
Power electronics and electric drive
Power optimization
Power quality and electromagnetic compatibility
Modeling, simulation and analysis of power systems
Power system protection, operation and control
The reliability and safety of the power system
The stability of the power system
Power system and energy
Deregulation of the power system
Semiconductor technology
Sensors and micromechanics
Power transmission and distribution systems and equipment
The application of machine learning and artificial intelligence in power systems
The Application of Big Data in the Power System