Internet-of-things-based solar energy generation device for desert

Abstract

The invention relates to an internet-of-things-based solar energy generation device for a desert. The internet-of-things-based solar energy generation device for the desert comprises a main body, a water storage tank, a circulating mechanism and a regulating mechanism. The circulating mechanism comprises a heat-absorbing component and a generating component. The regulating mechanism comprises a vibrating component and a rotating component. In the internet-of-things-based solar energy generation device for the desert, through the circulating mechanism, the heat of sands can be absorbed to heatand evaporate stored fresh water, the evaporated fresh water is gathered in the high place, the electricity is generated by using the gravitational potential energy of the water, and the recycled application of the fresh water is realized; and while the drinking water is needed, the water is directly pumped for use from the water storage tank, so the utilization ratio of the fresh water resource is improved. Through the regulating mechanism, the sands on a solar cell panel can be shaken off, and the angle of the solar cell panel is regulated, the contact area of illumination is increased, thegeneration effect is improved, the solar cell panel is prevented from damaging, and the practicability of the solar energy generation device is improved.

Description

technical field [0001] The invention relates to the field of solar energy applications, in particular to a solar power generation device for deserts based on the Internet of Things. Background technique [0002] In desert areas, hydropower has always been a scarce resource. Fresh water is only used as a reserve resource and lacks effective use. Desert areas have better solar energy resources, but they have not been well developed. Although there are currently some installations in deserts. Solar power generation equipment, but in the actual use process, there are still some deficiencies. For example, many solar panels are fixed installations, and the angle cannot be adjusted, which leads to limited sunlight exposure, and after long-term use, the solar panels Sand particles will accumulate on the ground. If these sand particles are not cleaned up in time, they may cause damage to solar panels and affect the use of power generation equipment. In addition, in the desert, the te...

AI Technical Summary

Problems solved by technology

[0002] In desert areas, hydropower has always been a scarce resource. Fresh water is only used as a reserve resource and lacks effective use. Desert areas have better solar energy resources, but they have not been well developed. Although there are currently some installations in deserts. Solar power generation equipment, but in the actual use process, there are still some deficiencies. For example, many solar panels are fixed installations, and the angle cannot be adjusted, which leads to limited sunlight exposure, and after long-term use, the solar panels Sand particles will accumulate on the ground. If these sand particles are not cleaned up in time, they may cause damage to solar panels and affect the use of power generation equipment. In addition, in the desert, the temperature during the day is very high, but the current power generation equipment is not effective. Utilizing this temperature to convert to electricity reduces the utility of generating equipment

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