China
Hunan Institute of Engineering
phase change material wall, moveable PCM, numerical simulation, operation strategy
Energy efficiency, phase change wallboard, hot summer and cold winter regions, capillary bundle, numerical simulation.
Thermal energy storage system, Geometric structure optimization, Inner fin tube, Fin hight/number, Fin volume ratio
phase change material wall, moveable PCM, Numerical simulation, Operation strategy
Household water heater, Pipe Network, energy efficiency, economic benefits, carbon emission reduction
Pipe-encapsulated PCM;Fin enhanced heat dissipation;Latent heat utilization rate;Building energy efficiency, ;Natural nighttime cooling
Keywords : Phase change materials, Double spiral tube heat exchanger, Palmitic acid, numerical simulation
shell-tube phase change energy storage unit, heat removal process, tube shape, energy efficiency ratio, operational parameters
Key words: Phase change materials, Double helix tube, Heat Storage, heat transfer characteristics, Energy efficiency ratio
High-temperature tunnels, off-wall insulation, Natural convection, heat dissipation of surrounding rock, the average unstable heat transfer coefficient
Structure optimization, Numerical simulation, Phase change material, Heat storage, Thermal performance
Poly(ethylacrylate), Capric acid and Lauric acid, Phase change material, Thermal conductivity, Thermal energy storage, Microcapsule