Classification by Application Scenario of Photovoltaic Brackets

(1) Mountain photovoltaic brackets

The complex and changeable terrain of mountains and undulating terrain bring many difficulties to the installation of photovoltaic modules. As the key structure supporting photovoltaic modules, the installation quality and stability of the bracket are directly related to the power generation efficiency and service life of the entire photovoltaic system. Therefore, when designing mountain photovoltaic brackets, it is necessary to design according to different slope directions and slopes, and provide the cutting lengths of rear columns, rear braces and inclined supports under different slopes. In the general plan layout, it is necessary to indicate the slope of different slope directions in each area, and count the number of materials of each length according to different slopes. During subsequent construction, the slope is marked according to the drawings, and materials of different lengths are selected to minimize cutting waste.

(2) Fish pond photovoltaic brackets

Fish pond photovoltaic brackets make full use of the advantages of natural resources, adopt an ecological fish-light complementary model, and combine fish farming with photovoltaic power generation. This power generation model greatly improves the utilization rate of land and forms a new model of water power generation and underwater fish farming.

(3) Orchard photovoltaic bracket/Agricultural photovoltaic bracket

Orchard photovoltaic bracket/agricultural photovoltaic bracket utilizes the pollution-free and zero-emission characteristics of solar photovoltaic power generation. It not only has the ability to generate electricity, but also can provide a suitable growth environment for crops, edible fungi and animal husbandry. The agricultural photovoltaic bracket is an indispensable part of its power generation system. As the supporting structure of photovoltaic components, it has the characteristics of convenient operation, easy maintenance and easy use.

(4) Industrial park photovoltaic bracket

The flat roof photovoltaic zinc-aluminum-magnesium bracket system of the industrial park is mainly suitable for the roof trapezoidal color steel tiles. The main structure material is aluminum alloy. Through professional design, the support seat and the T-shaped color steel tiles are perfectly connected. The industrial park photovoltaic bracket has the characteristics of good flexibility, high compatibility and long service life.

(5) Desert photovoltaic bracket

Desert photovoltaic bracket refers to solar photovoltaic bracket suitable for use in desert environment. With the development of new energy technology, the rare large area and dry and hot climate conditions of the desert have become favorable conditions for utilizing solar energy resources and developing photovoltaic power stations. Desert is currently a better choice for building large-scale photovoltaic power generation systems. However, when designing photovoltaic brackets in the desert, it is necessary to strengthen local stability and strength. In addition, when designing desert solar brackets, in order to save materials and improve the utilization rate of steel strength, a smaller cross-sectional area can be used to obtain a larger moment of inertia.