Track 1: Renewable Energy Technologies and Systems
Wind energy, solar energy, nuclear energy, and other renewable energies, outer space energy, hybrid energy systems.

Track 2: Power Generation, Energy Storage and Energy Conversion
Power generation, energy storage, hydrogen and fuel cell, distributed generation, energy conversion and applications.

Track 3: Power System
Power system planning, operation, control and economics.

Track 4: Integrated Energy System
Planning, operation, control and economics of integrated energy systems.

Track 5: Power Electronics Applications
High voltage direct current (HVDC) transmission, flexible alternating current transmission system (FACTS), flexible distribution system.

Track 6: Energy, Carbon and Green Certificate Markets
Mechanism design, price prediction and trading strategies in and interactions among electricity market, carbon emission market, and green certificate market.

Track 7: AI and big data Applications in Power and Integrated Energy Systems
Applications of expert systems, artificial neural networks, large language models, internet of things (IOT), machine learning, big data in power and integrated energy systems

Track 8: Emerging technologies and business models
Virtual power plant, microgrids, source-netowork-load-storage integrated projects, shared energy storage.