A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-storing wall body and solar greenhouse
The invention relates to an energy-storing wall body and a solar greenhouse. The energy-storing wall body comprises a wall body, a heat-absorbing tube layer, a heat-storing tube layer, first connecting pipes and second connecting pipes, wherein the heat-absorbing tube layer is laid on one side surface of the wall body in the thickness direction, the heat-storing tube layer is laid in the wall body, the upper end of the heat-absorbing tube layer is connected with the upper end of the heat-storing tube layer through the first connecting pipes, and the lower end of the heat-absorbing tube layer is connected with the lower end of the heat-storing tube layer through the second connecting pipes; and the heat-absorbing tube layer communicates with the heat-storing tube layer to form a heat-transferring pipeline, a fluid heat-transferring medium is arranged in the heat-transferring pipeline and is capable of circularly flowing in the heat-transferring pipeline under a temperature difference effect. According to the energy-storing wall body, the heat storage capacity of the wall body can be effectively improved.
本发明涉及一种蓄能墙体及日光温室大棚。该蓄能墙体包括墙本体、吸热管层、蓄热管层、第一连接管和第二连接管，所述吸热管层敷设于所述墙本体的厚度方向上的一侧表面，所述蓄热管层敷设于所述墙本体的内部，所述吸热管层的上端与所述蓄热管层的上端通过所述第一连接管连接，所述吸热管层的下端与所述蓄热管层的下端通过所述第二连接管连接，使得所述吸热管层和所述蓄热管层连通形成传热管路，所述传热管路中设置有流体传热介质，所述流体传热介质能够在温差作用下在所述传热管路中循环流动。根据本发明的蓄能墙体能够有效地提高墙本体的蓄热量。
Energy-storing wall body and solar greenhouse
The invention relates to an energy-storing wall body and a solar greenhouse. The energy-storing wall body comprises a wall body, a heat-absorbing tube layer, a heat-storing tube layer, first connecting pipes and second connecting pipes, wherein the heat-absorbing tube layer is laid on one side surface of the wall body in the thickness direction, the heat-storing tube layer is laid in the wall body, the upper end of the heat-absorbing tube layer is connected with the upper end of the heat-storing tube layer through the first connecting pipes, and the lower end of the heat-absorbing tube layer is connected with the lower end of the heat-storing tube layer through the second connecting pipes; and the heat-absorbing tube layer communicates with the heat-storing tube layer to form a heat-transferring pipeline, a fluid heat-transferring medium is arranged in the heat-transferring pipeline and is capable of circularly flowing in the heat-transferring pipeline under a temperature difference effect. According to the energy-storing wall body, the heat storage capacity of the wall body can be effectively improved.
本发明涉及一种蓄能墙体及日光温室大棚。该蓄能墙体包括墙本体、吸热管层、蓄热管层、第一连接管和第二连接管，所述吸热管层敷设于所述墙本体的厚度方向上的一侧表面，所述蓄热管层敷设于所述墙本体的内部，所述吸热管层的上端与所述蓄热管层的上端通过所述第一连接管连接，所述吸热管层的下端与所述蓄热管层的下端通过所述第二连接管连接，使得所述吸热管层和所述蓄热管层连通形成传热管路，所述传热管路中设置有流体传热介质，所述流体传热介质能够在温差作用下在所述传热管路中循环流动。根据本发明的蓄能墙体能够有效地提高墙本体的蓄热量。
Energy-storing wall body and solar greenhouse
蓄能墙体及日光温室大棚
LI QINGQING (author)
2020-07-28
Patent
Electronic Resource
Chinese
MATERIAL STORING BODY, MATERIAL STORING TOOL AND MATERIAL STORING DEVICE
| European Patent Office | 2023