(Including but not limited to the following topics)
Track 1: Green Energy
Renewable energy, including modeling, operation, control and integration
Solar power generation systems
Integration of renewable energy technologies and smart grids
Energy and power engineering
Energy efficiency and management
Energy storage, fuel cell technologies and trends
Thermal energy and power engineering
Clean Development Mechanism
Thermal-hydraulic and safety analysis of nuclear reactors
Non-stationary thermodynamics and engineering applications
Thermal and mass transfer theory and application of biomass energy
Simulation control and integration in energy power systems
Clean and efficient combustion and energy conservation and emission reduction
Track 2: Smart Grid
Micro-grids
Energy Internet, distributed grids
Grid intelligent dispatching
Electrical component networks
Power and energy systems
Stability control of large grids
Energy storage technologies and smart grids
Smart distribution and utilization of electricity and micro-grids
Architecture and design methods of smart grids
Wide-area protection, communication and control intelligent sensors in energy systems
Monitoring and controlling the power quality of smart grids
Smart grids in multiple application fields
Track 3: Sustainable Development
Sustainable energy systems
Distributed energy and micro-grids
Energy consumption optimization
Renewable energy integration
Energy efficiency improvement
Water resources and water environment management, water supply system optimization
Wastewater treatment and recycling, water pollution control
Water resources risk management
Ecological wetlands
Waste management and circular economy, solid waste classification and utilization
Organic waste treatment
Circular economy model
Smart waste management... .