(The following topics include but are not limited to)
Track 1: Industrial Energy Conservation and Energy Efficient Utilization
Energy balance and energy efficiency assessment of industrial systems
Industrial waste heat and pressure recovery utilization technologies
Industrial kilns and boilers energy-saving renovation technologies
Enhanced heat transfer of heat exchangers and energy system energy conservation
Fluid system energy conservation of pumps, fans, and compressors
Energy conservation in high-energy-consuming industries such as steel, chemical, and building materials
Energy conservation in motor systems and variable frequency speed control technology
Energy optimization and load scheduling in industrial processes
Industrial energy consumption monitoring, auditing, and energy efficiency benchmarking
Energy-saving multi-phase flow technologies and thermal system optimization
Industrial energy cascade utilization and energy network reconfiguration
Low-carbon process transformation and energy-saving equipment research and development in industry
Industrial energy big data and energy anomaly diagnosis
Energy-saving technologies for compressed air systems and steam pipeline networks
Track 2: New Energy Technologies, Energy Storage and Energy Systems
High-efficiency utilization technologies for solar photovoltaic and solar thermal energy
Optimization and energy efficiency improvement of wind power generation systems
Hydrogen production, storage, and energy efficiency of hydrogen systems
High-efficiency conversion and resource utilization of biomass energy
Development and energy-saving of geothermal energy and geothermal systems
Advanced energy storage technologies (electrochemical, phase change, compressed air storage)
Planning, scheduling, and optimization of comprehensive energy systems
Microgrids, distributed energy, and demand-side response
Energy Internet and coordinated regulation of energy flow
Building-integrated photovoltaics and building energy systems
Modeling of multi-energy complementary systems and energy efficiency simulation
Digital twin and virtual simulation of energy systems
Energy efficiency testing and performance optimization of new energy equipment
Development of marine energy and low-grade energy utilization
Track 3: Sustainable Development, Low-Carbon Technologies and Energy Management
Carbon capture, utilization, and storage (CCUS) technologies
Energy system carbon emission accounting and life cycle assessment
Building energy conservation, green buildings, and ultra-low energy buildings
Energy conservation in transportation, new energy vehicles, and low-carbon transportation
Energy policies, energy economy, and energy efficiency incentive mechanisms
Energy Internet, intelligent energy monitoring and control
Green supply chain and industrial sustainable manufacturing
Regional energy planning and urban low-carbon development
Collaborative emission reduction and energy-environment coupling
Energy security, energy resilience, and risk assessment
Application of AI and big data in energy optimization
Resource recycling, solid waste energy conversion, and circular economy
Sustainable energy education, energy efficiency promotion, and practice
Rural energy transformation and county-level low-carbon development
...