Photovoltaic support foundation structure for mudflat and construction method

Abstract

The invention provides a photovoltaic support foundation structure for a mudflat and a construction method. The photovoltaic support foundation structure comprises a fixing pile, a supporting rod and a photovoltaic support, any group of photovoltaic support comprises a mounting block and an assembling rod, a trigger assembly, a manual buckle assembly, an automatic buckle assembly, a T-shaped buckle matched with the manual buckle assembly and other structures are arranged in the mounting block, the assembling rod is provided with a third clamping groove and a fourth clamping groove, and the assembling rod is provided with a power supply, and a conductive rod, a resistor block, a conductive block, an iron block, a clamping block, a fifth magnetic block, an elastic sound piece and the like which are matched with the power supply. In the using process of the photovoltaic support foundation structure, a constructor only needs to pull a pull rod, stretch one end of one assembling rod into a first clamping groove, then loosen the pull rod, clamp the assembling rod and insert one end of the other assembling rod into a second clamping groove, the assembling process is simplified, when birds fall on a photovoltaic panel, the elastic sound piece makes a sound, and therefore the birds are repelled; and meanwhile, the clamping blocks extend into clamping holes, so that the clamping part of the whole support is more stable.

Description

technical field [0001] The invention relates to the technical field of photovoltaic support, in particular to a basic structure and construction method of photovoltaic support for tidal flats. Background technique [0002] As a non-cultivated land area that occupies a large area in my country, tidal flats have good utilization value. With the rise of clean energy such as photovoltaics, the utilization of tidal flat areas has gradually become a problem that people are committed to solving. The construction of photovoltaic systems in tidal flat areas is very ideal. The site has sufficient sunlight and no sundries, but tidal flats are soaked in water all the year round. Due to the need to avoid the impact of high tide on photovoltaic panels, the construction of photovoltaic systems in tidal flats requires the construction of fixed brackets for photovoltaic panels. Stability, and at the same time prevent the photovoltaic panels from being submerged by the tide during high tide. ...

AI Technical Summary

Problems solved by technology

[0005] 1. During the construction process, the assembly and connection of the photovoltaic support generally takes up a lot of time in the entire construction process. The assembly of the photovoltaic support in the existing technology is generally made by screwing the screws and nuts to fix and splice the photovoltaic support. However, construction personnel in such assembly not only need to carry tools such as wrenches with them, which increases the load on the construction personnel, but also requires at least one process of tightening the screws and nuts when assembling between two bracket components, which is a waste of man-hours. It is also a burden for construction workers. Secondly, the air humidity in tidal flat areas is far higher than that in ordinary areas. It is easy to rust through a large number of exposed screws and nuts. If a single bracket is damaged and needs to be replaced later, screw it It is very difficult to open rusty screws;

[0006] 2. Compared with ordinary regions, tidal flat areas are not only different in geology. Tidal flat areas experience the process of high tide and low tide every day. During high tide, a large number of shells and small fish and shrimp will be washed away by the tide. On the tidal flats, these things become an unmissable meal for the birds that live nearby during low tide. After each low tide, a large number of birds will gather on the tidal flats to look for food. In the process, There will be a large number of birds that may choose to live on the photovoltaic panels, which will pollute the surface of the photovoltaic panels. If the birds are not driven away in time, the power generation efficiency of the photovoltaic panels will be affected.

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