Color steel tile roof distributed photovoltaic power station module support system arranged in parallel

Abstract

The invention discloses a color steel tile roof distributed photovoltaic power station module support system arranged in parallel, which comprises a photovoltaic power station module. The photovoltaicpower station module is arranged on a plurality of parallel guide rails intermittently arranged on the roof of the color steel tile through a pressing block, A lightning protection grounding system is formed by connecting the adjacent intermittently arranged parallel guide rails through a grounding flat iron, and the low end of each parallel guide rail is fixedly connected with the tile wave crest of the color steel tile roof at the corresponding position through a fixture. An advantage of that invention is that a plurality of parallel guide rail are intermittently arranged on the color steeltile roof, On the premise of ensuring the supporting ability of parallel guide rails to the photovoltaic module, the natural ventilation effect under the hot-press effect caused by the heat dissipation of the back plate is strengthened and improved, so as to further lay a foundation for reducing the back plate temperature of the photovoltaic module and improving the power generation efficiency of the photovoltaic module. Moreover, the support system has the advantages of simple structure, convenient construction, low cost and the like.

Description

technical field [0001] The invention relates to a distributed photovoltaic power station component support system, in particular to a distributed photovoltaic power station component support system arranged in parallel on a color steel tile roof. Background technique [0002] During the power generation process of distributed photovoltaic power plant components, the temperature of the backplane of the module will increase, and the temperature of the backplane of the module will cause the power generation efficiency of the module to decrease, thereby affecting the overall yield of the power station. At the same time, if the temperature of the backplane is uneven, It will also affect the overall power generation efficiency of the module. [0003] For distributed photovoltaic power plants with components arranged parallel to the roof, an air channel is formed between the components and the roof. The channel is less affected by the external natural wind, and the backplane is le...

AI Technical Summary

Problems solved by technology

At present, the traditional support form at home and abroad is to fix the components on the continuous guide rail. The distance between the guide rail and the module backplane is small, so that the flow of natural ventilation at the guide rail under the action of heat pressure is suppressed, resulting in a natural ventilation flow field. Affected, natural ventilation will reduce the ventilation and cooling capacity of the heat generated by the backplane, which will cause the temperature of the backplane of the module to increase and the unevenness will increase, which will affect the power generation efficiency of the module

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