(The following topics include but are not limited to)
Track 1: Energy Conversion
Energy conversion, conversion technology
Energy conversion materials
Energy storage
Storage materials and energy storage technology
Energy efficient utilization
Energy sustainable development
Planning and operation of high proportion renewable energy power systems
Multi-energy complementarity (electricity - heat - cold - gas - hydrogen) collaborative optimization
Distributed energy and microgrid system integration
Carbon capture, utilization and storage (CCUS) technology deployment
Deep decarbonization paths for industries, transportation, and buildings
Energy digital transformation and smart energy management
Economic, safety and resilience assessment of energy transition
Global energy governance and international cooperation mechanisms
Track 2: Low-carbon Cities
Design concepts and implementation paths of zero-carbon cities
Urban traffic emission reduction strategies: combination of walking, cycling and public transportation
Role and integration of renewable energy in urban power supply systems
Promoting effect of green building regulations and technological innovation on low-carbon cities
Circular economy model of urban waste management
Application of smart city technologies in low-carbon transformation
Research on the impact of low-carbon policies on urban economic development
The role of public awareness and behavioral changes in promoting low-carbon lifestyles
Track 3: Sustainable Development
Energy efficiency
Industrial energy-saving technologies and waste heat recovery
Low-carbon technologies
Waste energy utilization
Sustainable energy system
Energy optimization
Experimental data analysis
Computational modeling ......