(Include but not limited to)
Track 1: Computational Fluid Dynamics and Numerical Simulation
Multiphase flow, turbulence and high-precision numerical methods
Application of Computational Fluid Dynamics (CFD) in multi-physics field coupling
Fluid-induced vibration, noise analysis and fluid-solid coupling
Thermal flow coupling modeling and heat exchanger simulation design
CFD modeling and accelerated computing assisted by artificial intelligence
Fluid dynamics and thermal management simulation in energy storage systems
Numerical simulation and optimization of battery thermal management (air-cooled/liquid-cooled)
Digital twin-driven modeling and operation of fluid systems
Fluid dynamics problems in renewable energy systems (wind power, hydropower)
Physical Information Neural Network (PINN) and data-physical fusion fluid modeling
Application of High-Performance Computing (HPC) in complex fluid simulation
Multiscale fluid dynamics modeling and cross-scale simulation
Track 2: Energy Storage Technology and Energy System
New energy storage technologies (batteries, supercapacitors, hydrogen storage, etc.)
Thermal management and thermal balance analysis of electrochemical energy storage systems
Phase change storage and seasonal thermal energy storage technology
Fuel cell design and performance optimization
Improvement of energy conversion efficiency (thermoelectric, photoelectric conversion, etc.)
Hydrogen and fuel cell technology
Energy materials and energy chemical engineering
Carbon capture, utilization and storage (CCUS) and emission reduction technologies
Track 3: Smart Grid and Energy Internet
New power system architecture, planning and optimal dispatch
High proportion of renewable energy grid connection and absorption technology
Source-grid-load-storage coordinated optimization and virtual power plant technology
Design and control of microgrids and distributed energy systems
Synergistic optimization of integrated energy systems (electricity, heat, cold, gas, hydrogen) 
Flexible direct current transmission and high-voltage direct current transmission technology
Electricity market mechanism, demand response and energy management
Distribution automation and intelligent substations technology
Application of artificial intelligence in grid prediction, dispatch and safety control
Application of digital twin and Internet of Things in smart grid
Grid resilience assessment and extreme event response strategies
Energy Internet architecture and information physical system
Collaboration of computing power and electricity and data center as flexible resources
......