(The following topics include but are not limited to)
Track 1: Energy Storage Technology
Electrochemical energy storage technologies (lithium-ion batteries, sodium-ion batteries, flow batteries, etc.)
Physical energy storage technologies (hydroelectric storage, flywheel storage, compressed air storage, etc.)
Hydrogen and fuel cell technologies
Advanced battery management systems (BMS) and state estimation
Modeling, simulation and optimization design of energy storage systems
Key technologies for large-scale energy storage integration and control
Coordinated control and optimal configuration of grid-connected energy storage systems
Coordinated optimization operation technology of electro-hydro hybrid energy storage
Application and optimization of energy storage in grid frequency regulation and voltage control
Thermal management and safety protection technology of energy storage systems
Health status assessment and life prediction of energy storage systems
New energy storage materials and solid-state battery technologies
Research on economicity and business model of energy storage
Electro-hydro coupling technology and application of energy storage systems
Track 2: Electrical Energy Conversion
Topologies, designs and controls of power converters
Multilevel converter technologies and their applications
Advanced power semiconductor devices (SiC, GaN, etc. wide bandgap devices)
Topologies and control technologies of new energy grid-connected inverters
Key technologies of energy storage converters (PCS)
Flexible direct current transmission technology and equipment
Electric vehicle charging and driving technologies
Radio frequency power transmission technology
Power quality management and optimization
High-frequency power electronic systems and magnetic integration technology
Grid-forming control technology
Electromagnetic compatibility and reliability of power electronic systems
Stability analysis and control of power electronic-based power systems
Key technologies of DC power distribution systems
Digital twin and intelligent operation of power electronic systems
Application of artificial intelligence in power electronic systems
Track 3: Integrated Energy Systems
Modeling, planning and optimal operation of integrated energy systems
Multi-energy coordination scheduling technology for electricity, heat, cold, gas and hydrogen
High proportion of renewable energy integration and absorption technologies
Microgrids and distributed energy systems
Energy Internet and information communication technology
Energy system analysis and operation driven by digital twins
Application of artificial intelligence and big data in energy systems
Intelligent sensing, measurement and automation of energy systems
Demand-side management and virtual power plant technologies
Energy management systems for smart buildings and parks
Synergistic interaction and optimization of sources, grids, loads and storage
Vehicle-grid interaction (V2G) and coordinated operation of distribution networks
Energy system resilience assessment and response to extreme events
Non-electric utilization technologies of new energy (green hydrogen, green ammonia, green methanol, etc.)
Energy system energy efficiency improvement and energy-saving technologies
Energy economy, carbon market and sustainable development policies ......