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A platform for research: civil engineering, architecture and urbanism
Circulating adsorption refrigeration complementary solar air water-taking device
The invention discloses a circulating adsorption refrigeration complementary solar air water-taking device. The circulating adsorption refrigeration complementary solar air water-taking device comprises a solar cell panel and further comprises a water taking device box body, wherein the water taking device box body is divided into a water production chamber, an energy storage chamber and a water storage chamber, the energy storage chamber and the water storage chamber are arranged below the water production chamber, an energy storage device is arranged in the energy storage chamber, a controller is installed on the energy storage device, the water production chamber comprises an adsorption chamber and a condensation chamber, a cold conduction aluminum plate is installed at the left end of the condensation chamber, a cold conduction aluminum net is connected to the cold conduction aluminum plate, the cold conduction aluminum plate is attached to a semiconductor chilling plate arranged on the outer wall of the condensation chamber, the other face of the semiconductor chilling plate is attached to a heat conduction copper plate, the bottom end of the condensation chamber communicates with a water conduction thick hose, and the bottom end of the water guide thick hose communicates with a water collector; and the working steps of the water taking device comprise the gas suction, the adsorption process and desorption and a condensation process. The circulating adsorption refrigeration complementary solar air water-taking device has the advantages of being high in water taking efficiency, energy-saving, environment-friendly, portable and the like, and precious drinking water resources can be obtained in areas deficient in fresh water such as deserts, deserts and islands.
本发明公开了一种循环吸附制冷互补的太阳能空气取水装置，包括太阳能电池板，还包括取水器箱体，取水器箱体分为制水室、储能室和储水室，储能室和储水室设置在制水室的下方，在储能室中设置有储能器，储能器上安装有控制器；制水室包括吸附室和冷凝室，冷凝室的左端安装有导冷铝板，在导冷铝板上连接有导冷铝网，导冷铝板与设置在冷凝室外壁上的半导体制冷片相贴，半导体制冷片的另一面与导热铜板相贴，冷凝室的底端连通有导水粗软管，导水粗软管的底端连通集水器。取水装置的工作步骤包括：进气‑吸附过程和脱附‑冷凝过程。本发明具有取水效率高、节能、环保、便携等优点，可在沙漠、荒漠、海岛等淡水匮乏地区获取珍贵的饮用水资源。
Circulating adsorption refrigeration complementary solar air water-taking device
The invention discloses a circulating adsorption refrigeration complementary solar air water-taking device. The circulating adsorption refrigeration complementary solar air water-taking device comprises a solar cell panel and further comprises a water taking device box body, wherein the water taking device box body is divided into a water production chamber, an energy storage chamber and a water storage chamber, the energy storage chamber and the water storage chamber are arranged below the water production chamber, an energy storage device is arranged in the energy storage chamber, a controller is installed on the energy storage device, the water production chamber comprises an adsorption chamber and a condensation chamber, a cold conduction aluminum plate is installed at the left end of the condensation chamber, a cold conduction aluminum net is connected to the cold conduction aluminum plate, the cold conduction aluminum plate is attached to a semiconductor chilling plate arranged on the outer wall of the condensation chamber, the other face of the semiconductor chilling plate is attached to a heat conduction copper plate, the bottom end of the condensation chamber communicates with a water conduction thick hose, and the bottom end of the water guide thick hose communicates with a water collector; and the working steps of the water taking device comprise the gas suction, the adsorption process and desorption and a condensation process. The circulating adsorption refrigeration complementary solar air water-taking device has the advantages of being high in water taking efficiency, energy-saving, environment-friendly, portable and the like, and precious drinking water resources can be obtained in areas deficient in fresh water such as deserts, deserts and islands.
本发明公开了一种循环吸附制冷互补的太阳能空气取水装置，包括太阳能电池板，还包括取水器箱体，取水器箱体分为制水室、储能室和储水室，储能室和储水室设置在制水室的下方，在储能室中设置有储能器，储能器上安装有控制器；制水室包括吸附室和冷凝室，冷凝室的左端安装有导冷铝板，在导冷铝板上连接有导冷铝网，导冷铝板与设置在冷凝室外壁上的半导体制冷片相贴，半导体制冷片的另一面与导热铜板相贴，冷凝室的底端连通有导水粗软管，导水粗软管的底端连通集水器。取水装置的工作步骤包括：进气‑吸附过程和脱附‑冷凝过程。本发明具有取水效率高、节能、环保、便携等优点，可在沙漠、荒漠、海岛等淡水匮乏地区获取珍贵的饮用水资源。
Circulating adsorption refrigeration complementary solar air water-taking device
一种循环吸附制冷互补的太阳能空气取水装置
ZHANG XUANZE (author)
2021-05-28
Patent
Electronic Resource
Chinese
IPC:
E03B
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