Solar photovoltaic panel glass system

Abstract

The invention discloses a transparent light-transmitting energy-converting solar photovoltaic panel glass system mainly comprising an energy guiding layer, an energy collecting layer, an energy converting layer and an energy storing system, wherein the energy guiding layer guides optical energy to move in a single direction through nanometer light-guiding particles in a structure and collects photon beams on the energy collecting layer; and the energy converting layer can effectively transmit and apply or store the electric energy in the energy collecting layer in the energy storing system. The transparent light-transmitting solar photovoltaic panel glass system can effectively collect indoor and outdoor light sources for photoelectric conversion and prevent the damage of high-temperaturewaste heat on parts and has both attractiveness and industrial application and economy.

Description

technical field [0001] The invention relates to an energy-saving system, in particular to a transparent, light-transmitting and energy-transforming solar photovoltaic panel glass system. Background technique [0002] Due to the limited natural resources on the earth, and various energy sources such as oil and natural gas have been greatly reduced due to human consumption, the utilization and development of natural energy is even more important. However, the general public can easily use electricity for their daily needs, and they do not have a deep understanding of the preciousness of resources. As a result, they cannot control electricity consumption, and cannot achieve significant energy-saving effects. [0003] In addition, due to the dwindling raw material resources, the cost of electricity for people's livelihood is constantly increasing. Even if this phenomenon can remind users to save electricity, it still cannot change the fact of resource shortage. Therefore, this p...

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Problems solved by technology

[0006] 1) Because the traditional photovoltaic system requires sufficient sunlight to exert its energy utilization effect, but for areas with insufficient sunlight or unsuitable climate, they cannot benefit from the advantages of this system, which will greatly increase their energy utilization. The installation restrictions of the photovoltaic system do not meet the requirements of the availability of urban buildings

[0007] 2) The traditional photoelectric system mainly collects and converts ultraviolet light, so it can only generate electricity under sunlight, but if the visible light used or generated in daily life is collected and reused, the use efficiency of this system can be expanded. Therefore, there is still room for innovation and improvement

[0008] 3) Regarding the appearance of the product, this kind of photovoltaic panel is opaque and opaque. Although it can be modified in shape through various arrangements and combinations, it still cannot be widely used in general home architectural design and needs to be improved.

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