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A platform for research: civil engineering, architecture and urbanism
Interlayer ventilation type phase change heat storage structure and pavement method thereof
Disclosed is an interlayer ventilation type phase change heat storage structure and a pavement method thereof. The structure consists of multiple unit configurations; each unit configuration comprisesa galvanized steel sheet (6) having a phase change heat storage layer (3), an insulation layer (5) having a reflection film (4), and an air channel (1); the reflection film (4) is paved on the insulation layer (5); the phase change heat storage layer (3) is paved on the galvanized steel sheet (6); and the galvanized steel sheet (6) having the phase change heat storage layer (3) is fixed on a keel(2). The overall heat storage amount of the structure can be increased, and the weight and the volume of the structure are reduced, so that the indoor space occupation is reduced; and an air channelcan be utilized in winter and summer at the same time to prevent the resource waste due to that the phase change heat storage structure only serves a single season.
本发明公开了一种夹层通风式相变蓄热结构及其铺设方法，由数个单元构造组成，每个所述单元构造包括带有相变蓄热层(3)的镀锌薄钢板(6)、带反射膜(4)的保温层(5)以及空气通道(1)；所述反射膜(4)铺设在所述保温层(5)上，所述相变蓄热层(3)铺设于镀锌薄钢板(6)上，带有相变蓄热层(3)的镀锌薄钢板(6)固定在龙骨(2)上。本发明能够提高结构整体的蓄热量，减轻了结构的重量与体积，减少对室内空间的占用率；空气通道可以在冬夏同时利用，避免了相变蓄热结构只服务于单季节所造成资源的浪费。
Interlayer ventilation type phase change heat storage structure and pavement method thereof
Disclosed is an interlayer ventilation type phase change heat storage structure and a pavement method thereof. The structure consists of multiple unit configurations; each unit configuration comprisesa galvanized steel sheet (6) having a phase change heat storage layer (3), an insulation layer (5) having a reflection film (4), and an air channel (1); the reflection film (4) is paved on the insulation layer (5); the phase change heat storage layer (3) is paved on the galvanized steel sheet (6); and the galvanized steel sheet (6) having the phase change heat storage layer (3) is fixed on a keel(2). The overall heat storage amount of the structure can be increased, and the weight and the volume of the structure are reduced, so that the indoor space occupation is reduced; and an air channelcan be utilized in winter and summer at the same time to prevent the resource waste due to that the phase change heat storage structure only serves a single season.
本发明公开了一种夹层通风式相变蓄热结构及其铺设方法，由数个单元构造组成，每个所述单元构造包括带有相变蓄热层(3)的镀锌薄钢板(6)、带反射膜(4)的保温层(5)以及空气通道(1)；所述反射膜(4)铺设在所述保温层(5)上，所述相变蓄热层(3)铺设于镀锌薄钢板(6)上，带有相变蓄热层(3)的镀锌薄钢板(6)固定在龙骨(2)上。本发明能够提高结构整体的蓄热量，减轻了结构的重量与体积，减少对室内空间的占用率；空气通道可以在冬夏同时利用，避免了相变蓄热结构只服务于单季节所造成资源的浪费。
Interlayer ventilation type phase change heat storage structure and pavement method thereof
一种夹层通风式相变蓄热结构及其铺设方法
LYU SHILEI (author) / SUN YIMENG (author) / ZHAO JING (author)
2020-08-25
Patent
Electronic Resource
Chinese
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