Building solar roof panel conveyer

Abstract

The invention discloses a building solar roof panel conveyer, which comprises a first sliding machine body, wherein a rotating first rotating shaft is arranged in the first sliding machine body, two first rotating wheels are arranged on the first rotating shaft, a second sliding machine body is arranged on a building wall body, two sides of the second sliding body are respectively provided with arotating second rotating wheel, conveying pull ropes are arranged between the first rotating wheels and between the second rotating wheels, the conveying pull ropes are provided with supporting suction pipes which are arranged side by side, one end of each supporting suction pipe is provided with a sucker, the adsorption of the solar cell panel through the sucker can be further fixed on the conveying pull ropes, so that the solar panel can be further conveyed through the sliding of the conveying pull ropes, so that the purpose of conveying can be achieved, and the trouble caused by hoisting ofa crane can be further avoided.

Description

technical field [0001] The invention relates to a building solar panel installation device, in particular to a building solar roof battery panel conveyor, in particular to a building solar roof battery panel conveyor capable of automatic transportation during the installation of solar panels. Background technique [0002] With the improvement of residents' living standards, the demand for electricity has been further promoted. In the current power development, coal is mostly used for power generation. Since the combustion and mining of coal will have a serious impact on the environment, so in the current People pay more and more attention to clean energy in daily life. In the current technological development process, solar panels are one of the important ways to generate electricity, because solar panels use light to realize the transfer of electrical energy. Therefore, the promotion scope of solar panels is getting wider and wider. In the current installation process of so...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of residents' living standards, the demand for electricity has been further promoted. In the current power development, coal is mostly used for power generation. Since the combustion and mining of coal will have a serious impact on the environment, so in the current People pay more and more attention to clean energy in daily life. In the current technological development process, solar panels are one of the important ways to generate electricity, because solar panels use light to realize the transfer of electrical energy. Therefore, the promotion scope of solar panels is getting wider and wider. In the current installation process of solar panels, most of them are installed on the roof. Since the roof is unobstructed, it can receive sufficient light, so it can be installed on the roof. To further improve the efficiency of light energy conversion of solar panels, most of them are installed manually in the process of installing solar panels, and in the process of transporting solar panels, they can only rely on cranes, etc. Large-scale tools are used for hoisting. Although the hoisting of the crane can be completed by using a large crane, there are still the following problems: in the process of hoisting, the cost of hoisting will be further increased due to the use of a crane, thereby increasing the cost of solar panels. Installation cost, and in the process of hoisting, when the installation platform of solar panels is relatively remote, it will cause the problem that large cranes cannot pass normally, which will further lead to the problem that solar panels cannot be installed, thus in In this case, it can only be carried manually, which further increases the workload of workers and reduces the efficiency of installation

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