(The following topics include but are not limited to)
Track 1: Energy and Power Systems and New Power Systems
Planning, operation and optimal dispatch of new power systems
Technology for integrating high proportions of renewable energy and its absorption
Analysis of power system stability and safety control
Power system protection, fault diagnosis and self-healing recovery
Ultra-high voltage AC/DC transmission and flexible DC transmission technologies
Active distribution networks and flexible interconnection technologies
Power system state estimation and situational awareness
Evaluation of power system resilience and response to extreme events
Calculation of power system carbon emissions flow and low-carbon dispatch
Synergy optimization of integrated energy systems (electricity - heat - cold - gas - hydrogen)
Power market mechanisms and demand response strategies
Virtual power plants and coordinated regulation of source-grid-load-storage
Digital twins and simulation modeling of power systems
Wide Area Monitoring System (WAMS) and Advanced Metering Infrastructure (AMI)
Power system cybersecurity and cyber-physical systems
Track 2: Smart Grid
Architecture and models of smart grids
Planning, strategies and standards of smart grids
Security and reliability management of smart grids
Communication and control technologies of smart grids
Smart sensors and advanced metering infrastructure
Monitoring, fault diagnosis and outage management
Microgrids and integration of distributed energy sources
Grid operational resilience and disaster recovery
Demand response and user participation management innovation
Technologies for smart grid equipment and innovation
Large-scale grid stability control and intelligent dispatch
Grid flexible DC and flexible access technologies
Electric vehicles and vehicle-to-grid interaction (V2G/G2V)
Energy Internet and cyber-physical systems
Track 3: Energy Storage Technology and Energy Conversion
Electrochemical energy storage (lithium-ion batteries, sodium-sulfur batteries, flow batteries, etc.)
Mechanical energy storage (hydroelectric storage, compressed air storage, flywheel storage)
Electromagnetic energy storage (superconducting storage, supercapacitors, capacitor storage)
Thermal energy storage and chemical energy storage
Hydrogen storage and fuel cell technologies
Energy storage materials (graphene, MXene, perovskite, etc.)
Management of energy storage systems and battery management systems (BMS)
Energy storage equipment and system integration
Distributed energy storage and integration with renewable energy sources
Modeling, simulation and optimization of energy storage systems
Energy storage safety and recycling
Energy conversion technologies and energy efficiency improvement...