Condensed solar power generation and cooling system

Abstract

The invention relates to the field of solar energy, in particular to a condensed solar power generation and cooling system. The condensed solar power generation and cooling system comprises at least one set of sub-system, wherein the sub-system comprises a sunlight reflection panel, a solar cell panel and a cooling mechanism, an elongate solar cell I is arranged at a reflection ray convergence position of the sunlight reflection panel, the solar cell I is fixedly connected with the sunlight reflection panel via a battery support, a solar cell II is arranged on a back surface of the solar cellI, a cooling container is arranged between the solar cell I and the solar cell II, and a cooling liquid inlet and a cooling liquid outlet are arranged in the cooling container. By the condensed solarpower generation and cooling system, relatively high condensation rate is maintained under the condition of controlling the temperature of the solar cell panel, the power generation quantity per unitarea of the solar power generation panel is substantially improved, the power generation cost is reduced, energy consumption is saved, and the running cost is reduced.

Description

technical field [0001] The invention relates to the field of solar energy; in particular, it relates to a concentrating solar power generation system and a cooling system thereof. Background technique [0002] At present, the efficiency of solar power generation panels is relatively low because sunlight cannot reach its upper energy limit, and the efficiency of solar power generation panels cannot be fully utilized. For example, the deployment of solar power generation panels in various places basically adopts the method of placing all solar panels at a certain angle. Due to the low intensity of solar energy in some areas, the upper limit of power generation of solar panels cannot be reached, and the power generation capacity per square meter is insufficient. A lot of solar panels are wasted, especially in high latitudes. Although the steering device is used in very few places, it has played a certain role in improving the efficiency, but due to factors such as cost, the ut...

AI Technical Summary

Problems solved by technology

[0002] At present, the efficiency of solar power generation panels is relatively low due to the fact that sunlight cannot reach its upper limit of energy, and the efficiency of solar power generation panels cannot be fully utilized.

For example, the deployment of solar power generation panels in various places basically adopts the method of placing all solar panels at a certain angle. Due to the low intensity of solar energy in some areas, the upper limit of power generation of solar panels cannot be reached, and the power generation capacity per square meter is insufficient. A lot of solar panels are wasted, especially in high latitudes

Although the steering device is used in very few places, it has played a certain role in improving the efficiency, but due to factors such as cost, the utilization rate is very low. In some areas, even if the steering device is used, the power generation limit cannot be reached, resulting in Cannot take full advantage of the efficiency of existing solar panels

[0003] However, if a concentrating solar power generation system is used, the ability of general solar panels to withstand sunlight is relatively low. The key is that the efficiency of solar panels will be greatly reduced after the temperature rises.

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