Rooftop photovoltaic power station mounting frame

Abstract

The invention relates to a rooftop photovoltaic power station mounting frame, which comprises a frame seat. The upper end surface of the frame seat is an oblique surface, the included angle with the bottom end surface of the frame seat is 15 DEG, and thus, a higher end and a lower end of the frame seat are formed; the higher-end upper end surface of the frame seat is provided with an adjustment frame seat, the included angle between the upper end surface and the lower end surface of the adjustment frame seat is 10 DEG, and the adjustment frame seat is fixedly connected with the frame seat; and a photovoltaic panel is connected with the frame seat through two groups of mounting seats. The rooftop photovoltaic power station mounting frame has the beneficial effects that the 15-DEG oblique upper end surface of the frame seat enables the higher end and the lower end of the frame seat to be formed, thereby effectively broadening the use area of mounting frame and enhancing the universality of the mounting frame; and as the adjustment frame seat with the 10-DEG included angle is additionally arranged on the mounting seat, the all-area and all-season use requirements of the mounting frame are mainly improved, the use demands of the rooftop photovoltaic power station in different areas and different seasons are enhanced to the maximum degree, and the power generation efficiency of the rooftop photovoltaic power station can be effectively enhanced.

Description

Technical field [0001] The invention relates to an auxiliary tool, and more specifically to a lowering wheel for assisting the lowering of an enameled wire reel, and is mainly used in the field of enameled wire production. Background technique [0002] As the country's guidance on photovoltaic policies has gradually shifted from the west to the central and eastern regions, the market for photovoltaic power stations on flat roofs in the central and eastern regions is growing. The photovoltaic industry is a new energy industry with great market potential and mature production. Reducing the cost of electricity per kilowatt-hour and achieving parity on the grid is the tireless pursuit of photovoltaic professionals all over the world for the past 60 years, and it is also the pressure of complete marketization. The cost of photovoltaic modules and inverters is gradually decreasing, but there are two main traditional installation methods for photovoltaic panels. One is to pour concrete...

AI Technical Summary

Problems solved by technology

The cost of photovoltaic modules and inverters is gradually decreasing, but there are two main ways to install traditional photovoltaic panels. One is to pour concrete cement piers on the roof concrete plane first, and then install metal on the cement piers after the cement piers are dry and solidified. Support the base, and then build a photovoltaic square array. Although the installation is firm in this way, its main disadvantages are 1: the cement pier and the roof are not completely bonded, and the adhesion is not enough

2: It is necessary to wait for the cement pier to dry and solidify before construction, and the construction period will be extended a lot

3: When installing the metal bracket, the horizontal, vertical and height requirements are relatively strict, and the construction progress is relatively slow

Although this installation method is convenient to install, its main disadvantages are 1: Installing expansion screws on the concrete roof will cause damage to the roof structure, and there is a hidden danger of roof leakage

2: When installing the metal bracket, the horizontal, vertical and height requirements are relatively strict, and the construction progress is relatively slow

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