A solar automatic still that collects light based on the principle of light reflection

Abstract

The invention discloses a solar automatic distiller used for collecting lights on the basis of a light reflection principle. The structure of the solar automatic distiller used for collecting lights on the basis of the light reflection principle comprises a light collection device, a water storage tank, a distiller body and solar silicon tubes; solar silicon tubes are uniformly mounted on one inclined surface of the distiller body; and eight and more than eight solar silicon tubes are arranged in an equally spaced manner and arranged with inclination angles of 45 degrees. Compared with the prior art, the solar automatic distiller used for collecting lights on the basis of the light reflection principle has the beneficial effects that incident lights with angles of larger than 0 degree or less than or equal to 45 degrees can be indirectly reflected to the solar silicon tubes and the water storage tank through a first polishing plate on the basis of the light reflection principle and thelight reflection law when the solar silicon tubes are in a shady state because three polishing plates are arranged on the solar automatic distiller; and therefore, the solar silicon tubes and the water storage tank can also be illuminated by sunlight when being in the shady state so that the solar silicon tubes and the water storage tank can absorb heat to heat seawater; the seawater is vaporizedinto water vapor; and the water vapor is condensed into distilled water so as to achieve a purpose of desalting the seawater.

Description

technical field [0001] The invention relates to the technical field of seawater desalination treatment, in particular to a solar energy automatic distiller that collects light based on the principle of light reflection. Background technique [0002] The solar automatic distiller is designed according to the principle of "hot box" and is converted from a solar water heater. It uses solar energy to heat the seawater temperature to vaporize it into water vapor, and the water vapor condenses into distilled water to desalinate the seawater. [0003] The solar automatic distiller must be heated, and the water with high water temperature has a light specific gravity. Using the principle of water pressure and light hot water, the water needs to be returned from the top of the solar silicon tube to the water storage tank, so the solar silicon tube must have a certain inclination angle. As far as the northern hemisphere is concerned, the solar silicon tube should be inclined to the so...

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Problems solved by technology

[0003] The solar automatic distiller must rely on the high water temperature after being heated. The specific gravity of the water is light. Using the principle of water pressure and hot water, it needs to return the water from the top of the solar silicon tube to the water storage tank. Therefore, the solar silicon tube must have a certain inclination angle. As far as the northern hemisphere is concerned, solar silicon tubes should be inclined to the south, generally installed at an inclination of 45 degrees. In addition to the polar day and polar night areas in the northern hemisphere in summer, the sun rises in the northeast and sets in the northwest. When the solar silicon tube is facing the sun, it can get sunlight. The light obtained in the sun is extremely weak, and when the sun is behind, it cannot heat the water in the solar silicon tube, so there is a time limit for desalination of seawater through the solar automatic still

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