A desert automatic water intake seedling shed

Abstract

The invention discloses a desert automatic water-taking seedling raising shed, which relates to the technical field of air water-taking devices, and includes a seedling raising shed body, a power generation device, a storage battery, a refrigeration sheet and a water storage tank; the seedling raising shed body includes a shed roof and several shed column groups, several Each shed column group is evenly distributed under the roof to support the roof; each shed column group includes air intake shed columns and exhaust shed columns, and the bottom of the air intake shed column is connected to the exhaust shed by connecting pipes. The bottom of the column is connected, and the connecting pipe is located underground and communicated with the water storage tank; the top of the air intake shed column is provided with an air inlet, and the top of the exhaust shed column is provided with an exhaust port; the exhaust shed column and the air intake shed column A refrigerating sheet is installed on the inner surface, and a water tank is arranged under the cold end of the refrigerating sheet, and the water trough is connected to the water storage tank; both the refrigerating sheet and the power generation device are connected to the storage battery. The invention is cheap and efficient, suitable for laying in large areas in deserts, taking water to raise seedlings and preventing sand, and widely popularized.

Description

technical field [0001] The invention relates to the technical field of air water-taking devices, in particular to an automatic water-taking seedling raising shed for deserts. Background technique [0002] The basic method of sand prevention and control is to plant trees; to plant trees, there must be water, and the problem of water must be solved. [0003] At present, people adopt building canals to divert water; for example, the completed Fenling water diversion canal has a length of 30.08 kilometers and a cost of 40 million yuan, which is only the initial cost. This project was carried out near the water source (Yellow River). The construction cost and maintenance cost of the existing above-mentioned water intake method are particularly expensive, and the loss of water along the way and the evaporation loss are huge; and it can only be used along the water channel. [0004] There is also a device for taking water by solar power generation for the refrigeration and conden...

AI Technical Summary

Problems solved by technology

The construction and maintenance costs of the existing above-mentioned water intake methods are particularly expensive, and the loss of water along the way is huge, and the evaporation loss is huge; and it can only be used along the canal

[0004] There is also a device that uses solar energy to generate water for the cooling and condensation of semiconductor refrigeration chips. Since solar energy can only generate electricity during the day, the efficiency of the power supply to semiconductor refrigeration chips is too low.

There is also a method of using a diesel engine to generate power to supply water to the condenser, which costs more and is about the same as the cost of transporting water by helicopter

The equipment is expensive, and a small equipment costs more than 10,000 yuan

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