Sunshading light-gathering shed

Abstract

The invention provides a sunshading light-gathering shed. Due to the fact that a shed roof of the sunshading light-gathering shed is formed by splicing multiple transparent refractive light-gathering plates, and the transparent refractive light-gathering plates have the characteristics of refraction and light-gathering, sunlight is refracted into the shed after being shot on each transparent refractive light-gathering plate, and the shed is filled with sufficient light rays; an energy source converter is arranged on each refractive light-gathering position, the refracted sunlight is received by the corresponding energy source converters, and light energy of the sunlight or heat energy generated in the shed are converted to the other energies by the energy source converter and are utilized sufficiently, so that a high temperature environment is not formed in the shed; and therefore the sunshading light-gathering shed has a reasonable structure, energy can be sufficiently utilized while sun shading and rain blocking are guaranteed, and forming of the high temperature environment in the shed is avoided.

Description

technical field [0001] The invention relates to a sunshade concentrating shed. Background technique [0002] The current sunshade is usually built with several shed pillars and a roof made of zinc and iron, which is what we often call "iron shed" or "zinc iron shed". It can play the role of sunshade and rain, but Since the roof of the shed is made of zinc and iron, it does not transmit light, so the inside of the shed will be relatively dark, and the sun will generate heat in the shed when it hits the roof, forming a high temperature environment, making the shed very hot. In order to solve the problem of opacity, people use light-transmitting panels instead of zinc-iron roofs, but this kind of roof can only play a role in keeping out the rain. Heat is generated in the shed, forming a high-temperature environment; no matter whether the roof is made of zinc iron or light-transmitting panels, the heat generated in the shed can only be dissipated slowly and cannot be utilized, ...

AI Technical Summary

Problems solved by technology

In order to solve the problem of opacity, people use light-transmitting panels instead of zinc-iron roofs, but this kind of roof can only play a role in keeping out the rain. Heat is generated in the shed, forming a high-temperature environment; no matter whether the roof is made of zinc-iron material or light-transmitting panels, the heat generated in the shed can only be dissipated slowly and cannot be utilized, resulting in a waste of energy

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