Solar panel of dabie-sulu pounds pattern and method of installing solar panel on Mongolian yurt

Abstract

The invention belongs to the field of solar panels, and specifically relates to a solar panel of a dabie-sulu pounds pattern and a method of installing the solar panel on a Mongolian yurt. The solar panel comprises two cells, and each cell comprises a photovoltaic output terminal, an irregular border and a solar cell module; the solar cell module is arranged in an area delineated by the irregular border; and the irregular border has a long straight edge, and borders of the two cells are put together along the long straight edge to form the dabie-sulu pounds pattern. The solar panel is fixed on the Mongolian yurt through a rope, wherein the solar panel is in a shape of dabie-sulu pounds pattern, and the color of the solar panel is close to deep blue of a dabie-sulu pounds spear; and the Mongolian yurt equipped with the solar panel of the dabie-sulu pounds pattern is exactly like a traditional Mongolian yurt, and is a perfect combination of traditional Mongolian folk houses, traditional Mongolian culture and art and contemporary advanced solar technology.

Description

technical field [0001] The invention belongs to the field of solar battery panels, and in particular relates to a solar battery panel with a Suled pattern and an installation method thereof on a yurt. Background technique [0002] A traditional yurt consists of a skeleton and felt clothing. The frame of the lower half of the yurt is called Hana piece, which is made of willow poles and hinged into a rhombus shape by camel leather rope or cowhide rope, which can be freely retracted. The sloping roof skeleton of the upper part of the yurt is called Uni, which is also made of willow wood poles, and its lower end is tied with a leather rope loop to facilitate fixing with the upper end of the Hana piece. There is a solid wooden ring at the uppermost end of the Unicorn, which is called a set brain, and there are many blind holes on its upper periphery to fix the Unicorn. Several hana pieces are connected together to form a circle, which constitutes the skeleton wall of the yurt. ...

AI Technical Summary

Problems solved by technology

But the ensuing problem is that the photoelectric conversion efficiency of amorphous silicon thin-film cells is not high. It is difficult to generate enough power in a dome area such as a yurt, and its practicality is greatly reduced.

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