Circulating adsorption refrigeration complementary solar air water-taking device

Abstract

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.

Description

technical field [0001] The invention relates to an air water intake device, in particular to a solar air water intake device with complementary cycle adsorption and refrigeration. Background technique [0002] Water resources are the basis of human survival and all production activities, but the fresh water resources available to humans are very limited. my country's per capita fresh water resources are less than 1 / 3 of the world's average level, and the distribution of fresh water resources is very uneven in space and time. In areas such as high mountains, Gobi, deserts, islands, and grasslands, fresh water resources are even more scarce due to the serious shortage of precipitation and groundwater supply. Therefore, it has become an emerging research direction in recent years to try to extract water from the air to obtain fresh water resources by developing new technologies. [0003] At present, the air water intake technology in the world has shown a trend of productizat...

AI Technical Summary

Problems solved by technology

The advantages of semiconductor refrigeration technology are light weight, environmental protection, and portability. The disadvantages are high energy consumption at the heating end and low water intake efficiency.

CN2567274Y provides a solar semiconductor refrigeration dew condensation method air water fetcher, which uses thermoelectricity to condense the air. When the air temperature drops below its corresponding dew point temperature, the water vapor in the air will condense into liquid water droplets, and will The lower temperature air out of the condensate chamber and the air entering the water dispenser are fully heat-exchanged, so that the air is pre-cooled before entering the cold plate, and the cold energy is also recovered, but the heat generated by the hot end of the thermoelectric chip is not effective. Timely discharge, resulting in low cooling efficiency of the thermoelectric chip and low water intake rate per unit energy of the water dispenser

[0006] The disadvantage of the prior art is that large-scale air water fetchers are bulky and difficult to carry, and cannot be popularized in areas where fresh water resources are scarce, such as high mountains, deserts, and islands; multiple disadvantages

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