Substrate fixing base of concentrating photovoltaic circuit

Abstract

The invention relates to a substrate fixing base of a concentrating photovoltaic circuit, and belongs to the technical field of solar photovoltaic power generation. The substrate fixing base comprises a base body and a concentrating photovoltaic circuit substrate groove and is characterized in that the concentrating photovoltaic circuit substrate groove is formed in the base body in a carved mode. The substrate fixing base has the advantages that techniques of staff are uniform, quality of a product is improved, and production efficiency is obviously improved; the product is not likely to be influenced by external force in the moving and placement processes, so the situation that the product is unqualified or scrapped cannot be caused; in the moving and heating processes of the product, the position of a battery piece is not prone to being vibrated under the external force and accordingly the deviation phenomenon of the battery piece cannot be caused.

Description

technical field [0001] The invention relates to a fixed base for a concentrated photovoltaic circuit substrate, which belongs to the technical field of solar photovoltaic power generation. Background technique [0002] With the depletion of global energy, the serious consequences of nuclear radiation and the enhancement of human environmental awareness, solar power generation has become a new way for the world to obtain energy, especially the new technology represented by high-power concentrating photovoltaics, which is the world's attention focus. [0003] Compared with low-power concentrating photovoltaic systems, high-power concentrating photovoltaics can achieve higher photoelectric conversion efficiency and higher cost performance. High-power concentrating photovoltaic receiver modules are the core of the power generation system and the most valuable part of the power generation system. The quality and cost of the high-power concentrating photovoltaic receiver module w...

AI Technical Summary

Problems solved by technology

[0003] Compared with low-power concentrating photovoltaic systems, high-power concentrating photovoltaics can achieve higher photoelectric conversion efficiency and higher cost performance. High-power concentrating photovoltaic receiver modules are the core of the power generation system and the most valuable part of the power generation system. The quality and cost of the high-power concentrating photovoltaic receiver module will directly affect the quality and cost of the entire system. However, during production, the cells need to be fixed on the substrate. However, most factories now use the method of placing the substrate on a certain When placing cells on a platform, the substrate may move or may fall due to the influence of external force. It is also possible that the staff may place the cells upside down when placing them, and the operation methods may not be consistent, resulting in a decline in product yield and scrapping, as well as production capacity. low

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