Method for installing integrated photovoltaic support of solar panel

Abstract

The invention discloses a method for installing an integrated photovoltaic support of a solar panel, and belongs to the technical field of installation of solar photovoltaic components. The method is characterized by comprising the following steps: (1) clearing weeds and surface soil at the support installation place in the installation site; (2) connecting longitudinal beams, cross beams and support diagonal beams, wherein the lengths of the longitudinal beams and the support diagonal beams are determined according to the situation of the installation position; (3) installing horizontal reinforced bars at the installation root parts of the longitudinal beams and the support diagonal beams; (4) placing the support at the support installation position and adjusting the position and the installation angle of the support; and (5) pouring concrete to the installation root parts of the longitudinal beams and the support diagonal beams for fixing, thereby installing the integrated photovoltaic support. The construction process is simple, and the construction cost is saved; the installation speed is high, and the construction cycle is short; the natural feature and the peripheral environment are protected, and the construction process has an environment protection effect.

Description

Technical field [0001] The invention relates to a construction method of an integrated photovoltaic bracket for installing solar panels. It belongs to the technical field of solar photovoltaic module installation. Background technique [0002] The existing brackets for installing solar panels, called "photovoltaic brackets" in the industry, are mostly composed of two parts, one part is composed of a number of longitudinal beams, a number of beams fixed on the longitudinal beams, and a number of supporting diagonal beams. Part of the ground support of the slab is a concrete foundation pile with metal embedded parts buried in the ground. The mounting of the bracket is completed by connecting the tripod and hoop under the ground bracket to the foundation pile. Or the bottom of the longitudinal beam and the supporting inclined beam are connected with the metal embedded parts on the front and rear concrete foundation through bolts or connecting clamps to complete the installation of...

AI Technical Summary

Problems solved by technology

(Refer to Chinese patent 201220178508.7 which discloses "a photovoltaic support system") The disadvantage of this photovoltaic support installation method is that the production of its concrete foundation requires piling and deep excavation first, and the reinforcement cage is placed before concrete pouring and metal connectors are pre-embedded , the construction period is long, the efficiency is low, and the construction cost is high, especially when installing a large number of photovoltaic brackets, it is difficult to meet the requirements of the project schedule

When the ground support is connected by hoops or bolts, in order to ensure the installation angle of the support, the adjustment workload is large, which not only affects the installation efficiency, but also may cause poor force on the support components and affect the life span

In addition, Chinese patent ZL201220201444.8 discloses "integrated photovoltaic support foundation pile". The support structure of this scheme is complicated, and the foundation pile needs to be piled to place a steel cage and then pour concrete under the ground

There are also the disadvantages of long construction period, low efficiency and difficulty in adapting to the requirements of the project schedule.

The above-mentioned existing photovoltaic brackets do not meet the national green environmental protection policy, and the surface of the construction site is greatly damaged during installation, especially it is easy to accelerate the desertification and weathering of the grassland and Gobi desert land, destroying the natural landform and surrounding environment

Images