Solar photo-thermal photoelectric integrated module device

Abstract

The invention belongs to the technical field of new energy, and particularly relates to a solar photo-thermal photoelectric integrated module device. A photo-thermal photoelectric combined module serves as a main body and is composed of a transparent cover plate, a photovoltaic module, a waterproof insulating layer, a heat collecting part, a heat preservation layer and a back plate. After all thelayers are tightly pressed together through the lamination technology, a heat collecting flow channel main inlet, a heat collecting flow channel main outlet and a power generation outgoing line are led out. All the modules can be combined through concave-convex inserting blocks on the heat collecting part. The solar photo-thermal photoelectric integrated module device is provided with various photo-thermal photoelectric integrated modules, selection can be conducted according to the mounting environment, the modules can be directly inserted for use, and mounting is easy and fast.

Description

technical field [0001] The invention belongs to the technical field of new energy, and in particular relates to a solar photothermal photoelectric integrated module device. Background technique [0002] At this stage, commercial mass production is mostly based on single-photothermal solar collectors or single-photovoltaic solar photovoltaic panels, and commercial solar-thermal photovoltaic devices are mostly concentrated solar-thermal power generation systems supplemented by thermal cascade utilization. , Large-scale solar thermal photoelectric integrated devices are rarely put into production and commercial promotion. Existing solar photothermal photoelectric devices are mostly in the stage of experimental research and development, and their photothermal photoelectric characteristics change based on changes in the specific combination of photothermal heat collection components and photovoltaic power generation components. Existing methods to improve the performance of sola...

AI Technical Summary

Problems solved by technology

[0003] Laboratory-level solar thermal photoelectric devices rarely consider processing technology or commercial applications while considering the improvement of equipment efficiency, and the cost of solar thermal photoelectric integrated devices is relatively high, making solar thermal photoelectric devices mostly in experimental testing stage, not the stage of commercial promotion; the existing commercial solar photothermal photoelectric devices cannot be flexibly combined according to the environmental conditions of the installation site and application requirements. Mainly, the form is relatively simple; the comprehensive efficiency of existing commercial solar thermal photovoltaic devices is low

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