(Including but not limited to the following topics)
Track 1: Energy Power
Efficient and clean combustion theory of internal combustion engines and application of low-carbon/zero-carbon fuels (hydrogen, ammonia, methanol)
Design and optimization of gas turbines, steam turbines and steam generators
Fuel cell technology, distributed energy systems and cogeneration
Centralized and distributed power generation systems, grid stability and flexibility improvement technologies
Renewable energy (solar, wind, biomass) power generation and grid connection technologies
Power system simulation, digital twin and intelligent operation
New power cycles (supercritical CO₂ cycle, combined cycle) and thermal system optimization
Technological innovations in specialized power machinery (Stirling engine, micro gas turbine)
Track 2: Thermal Engineering
Fundamentals of engineering thermodynamics, thermodynamic cycle analysis and㶲 economic evaluation
Thermal and mass transfer theories (conduction， convection， radiation， phase change heat transfer) and heat exchanger design
Thermal physical basis of multiphase flow and reactive multiphase flow
Thermal system modeling， simulation and multi-physics field coupling analysis
Heat recovery and utilization (ORC， heat pump， cogeneration， thermochemical energy storage)
Thermal process automation， intelligent control and operation diagnosis
Industrial thermal management technology， system integration optimization and zero-carbon park collaboration
Micro-nano scale thermal fluid mechanics and biomimetic thermal science
Track 3： Energy-saving Technologies
Industrial process energy-saving technologies (motor systems， boilers， air compressors， waste heat and pressure recovery)
Building energy conservation， near-zero energy buildings and intelligent lighting
Energy management systems， energy efficiency diagnosis and digital control platforms
Energy-saving and carbon reduction technologies for high-energy-consuming industries (steel， cement， chemical)
Energy cascade utilization， multi-energy complementarity and integrated energy system optimization
Energy storage technologies (electrochemical， pumped hydro storage， compressed air， thermal energy storage) and system integration
Coupling of energy conversion efficiency improvement and carbon capture， utilization and storage (CCUS) technologies
Economic evaluation of energy-saving technologies， contract energy management and carbon trading collaboration
Application of artificial intelligence and machine learning in thermal system optimization， fault diagnosis
Digital twin-driven full life cycle management and intelligent operation of power equipment
Deep integration of new energy and power systems (wind-solar-fire-storage integration， electricity-heat-hydrogen coupling)
Innovation in energy system materials (fire-resistant materials， anti-corrosion materials， phase change materials) ......