The lower part of the diagonal brace of the photovoltaic support column is provided with a hanging basket bolt. Photovoltaic bracket stress system is widely used in ground photovoltaic and agricultural photovoltaic power generation projects because of its advantages of convenient construction and material saving. In recent years, with the emergence of extreme weather, wind load often exceeds the design requirements of the code. Due to the particularity of its own stress system, the single-column photovoltaic support system is prone to shake or even the front and rear braces fall off under extreme wind load.

Extended introduction

In the transmission mode of photovoltaic support system, the horizontal load of photovoltaic support is transmitted to the buried angle steel by steel wire rope, which enhances the mechanical properties of single-column support system and can effectively prevent the single-column support system from shaking or even load failure under extreme wind load.

Most photovoltaic support columns are arranged horizontally. In order to speed up the construction, many construction units need to level the site, which leads to the step contact between the front and rear rows of photovoltaic modules, resulting in an increase in land area and a decrease in installed capacity. Moreover, leveling the site requires a certain amount of time, manpower and material resources, which makes the construction period and cost higher and higher.