Solar air compressor

Abstract

The invention relates to a solar air compressor, which comprises an equipment box, a rotary platform, rotary frames, a compression container and a linear light condensation system, wherein the rotaryplatform is arranged at the top part of the equipment box, and is rotationally connected with the equipment box through a longitudinal rotary shaft; two symmetrically-arranged rotary frames are arranged at the top part of the rotary platform; the compression container and the linear light condensation system are arranged between the rotary frames; the compression container is located in the centerof the linear light condensation system; the compression container is fixedly connected with the rotary frames, and the linear light condensation system is rotationally connected with the rotary frames; the linear light condensation system comprises a rotary base, a rotation driving mechanism, a linear light condensation unit, an adjusting unit and a strip-shaped solar cell arranged on the surface of the compression container; and the right end of the rotary base is connected with the rotary frames through a main shaft. According to the solar air compressor, the linear light condensation unitis arranged to condense sunlight, and solar energy can be normally utilized to store energy and start the compressor in a high-latitude area.

Description

technical field [0001] The invention belongs to the technical field of air compression, and in particular relates to a solar air compressor. Background technique [0002] Solar air compressor is a kind of air compression equipment, which can generate high pressure through compressed air and convert heat through solar energy, so as to reduce the use cost of air compressors, and solar energy, as a new energy source, can reduce environmental pollution. However, since it uses sunlight as an energy source, it is bound to be limited by the geographical environment. [0003] High latitudes, in a geographical sense, refer to the area between 60 degrees north and south latitude and the north and south poles on the earth's surface. It is the weakest area on the earth's surface to receive solar radiation, and has a cold climate; winters in high latitudes are long and severe, with an average monthly temperature below 0°C; summers are short and warm, with an average monthly temperature ...

AI Technical Summary

Problems solved by technology

[0004] Therefore, the intensity of sunlight in high latitudes is much lower than that in mid-latitudes and low latitudes, and the intensity of sunlight in winter is much lower than that in summer, and the solar elevation angle at noon is small, which leads to the range of illumination changes in high latitudes. Large, and the problem of low light intensity;

[0005] The photoelectric conversion efficiency of the solar power generation system is about 10%, and the power generation system itself has losses. When the light is weak in high latitude areas, it is difficult to use solar energy to start the compressor due to the influence of photoelectric conversion efficiency and loss.

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