(The following topics include but are not limited to)
Track 1: Hydrodynamics
Fluid mechanics, hydrodynamics
Multiphase flow, turbulence
Computational fluid dynamics
Flow instability and transition
Heat and mass transfer
Free surface flow
Fluid-solid coupling
Hydraulic engineering
Experimental fluid mechanics framework
Optimization of multi-energy systems (hydroelectricity, wind power, photovoltaic)
Hydro-energy storage and coordinated operation with new energy
Energy system prediction and scheduling driven by artificial intelligence
Application of digital twins in the energy and power system
Ocean energy development and coupling with hydrodynamics
Track 2: Energy and Power
Energy harvesting, energy conversion
Energy system Renewable energy
Energy storage technology
Thermal energy system
Power generation technology
Energy efficiency
Low-carbon energy
Integrated energy system
Energy modeling and analysis
Power system
Electrical engineering
Smart grid
Distributed energy
Power electronics
Grid connection technology
Power quality
Stability and control
Transmission and distribution
Track 3: Green and low-carbon technologies
Smart grid and energy internet architecture
Distributed energy grid connection and coordination control
Power system stability, protection and operation control
Power electronics and power quality governance
Electric vehicle charging technology and vehicle-grid interaction (V2G)
New energy power system planning and scheduling
Power Internet and artificial intelligence applications in the power system
Carbon capture, utilization and storage (CCUS) technology
Carbon neutrality pathways and emission reduction technologies
Green buildings and industrial energy-saving technologies ......