Intelligent pressing block for photovoltaic power station

Abstract

The invention relates to the technical field of new energy power stations, and discloses an intelligent pressing block for a photovoltaic power station. The intelligent pressing block comprises a pressing block main body, wherein the pressing block main body is provided with indicating lamp and radiation sensor mounting positions, the pressing block main body is provided with a cell panel mounting position, a mounting hole for a hexagon screw is formed in the pressing block main body, and the indicating lamp and radiation sensor mounting positions are located above the cell panel mounting position. According to the intelligent pressing block, support vibration, relative change angles, pressure stress, water surface immersion, string current and the like can be monitored in real time; a traditional photovoltaic pressing block is perfectly and directly replaced by the intelligent pressing block, the traditional pressing block can be selectively replaced for high-sensitivity support connecting points and support parts with potential risks, and the support becomes a talking support. and the product provided by the invention is self-powered and self-networked, can be easily integrated to a background monitoring platform by adapting to a corresponding communication receiving end, and can be independent of a self-owned platform for supervision.

Description

technical field [0001] The invention relates to the technical field of new energy power plants, in particular to intelligent briquetting blocks for photovoltaic power plants. Background technique [0002] The traditional photovoltaic support is purely structural and passively mechanical. The operation and maintenance and design personnel cannot know and monitor the parameters such as torque, angle, stress, and water level in the system; [0003] In areas with strong wind, sand, and snow, the power station will be subjected to harsh environments such as strong winds and land subsidence due to various reasons. During the use of the bracket, its mechanical properties will change or exceed the limit and cannot be known; [0004] At present, after the design and construction of photovoltaic supports are completed, it is difficult to monitor and check their mechanical properties in real time, which often leads to irreparable losses before they are noticed, resulting in major losse...

AI Technical Summary

Problems solved by technology

[0002] The traditional photovoltaic support is purely structural and passively mechanical. The operation and maintenance and design personnel cannot know and monitor the parameters such as torque, angle, stress, and water level in the system;

[0003] In areas with strong wind, sand, and snow, the power station will be subjected to harsh environments such as strong winds and land subsidence due to various reasons. During the use of the bracket, its mechanical properties will change or exceed the limit and cannot be known;

[0004] At present, after the design and construction of photovoltaic supports are completed, it is difficult to monitor and check their mechanical properties in real time, which often leads to irreparable losses before they are noticed, resulting in major losses or accidents. Therefore, we propose intelligent briquetting for photovoltaic power plants to solve the above problems

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