Supporting device of solar collector on metal roof

Abstract

The invention discloses a supporting device of a solar collector on a metal roof and relates to the solar supporting device, in particular to the supporting device of the solar collector on the metal roof. The supporting device comprises a support seat, a connecting clamp and support rods, wherein the support seat is connected with a building structural member and is covered by a metal roof tile; the connecting clamp is connected and fastened with the support seat; the support rods are equidistantly arrayed to form support rod assemblies; two groups of support rod assemblies are mutually vertical and are fixedly connected to form a mesh support surface through a connecting clamping piece; the mesh support surface is in parallel to the metal roof and is connected with the connecting clamp through the connecting clamping piece; support rod pieces are vertically connected at the vertical upper part of the support surface and are connected with a frame of the solar collector through an upper clamp; and the support rods are connected with the frame of the solar collector through a lower clamp. The supporting device disclosed by the invention has light dead weight; and the added extremely-small load is positioned within safety degree allowable range of a traditional structure load, so that the supporting device has the advantages of safety, economy and long service life.

Description

technical field [0001] The invention relates to a supporting device for solar energy, in particular to a supporting device for a solar collector on a metal roof. Background technique [0002] With the development of science and technology, modern industrial buildings, logistics warehouses and other industrial buildings, as well as large public buildings, such as airports, stations, and stadiums, mostly use metal roofs. There are many construction methods for these roofs, but most of them are difficult to install facilities and equipment on them. Even if the equipment is installed in a small area on the metal roof, the traditional method must penetrate the roof tiles and then fix the equipment on the building purlins or structural components. This installation method not only affects the waterproof function of the metal roof tiles but also affects the roof tiles. service life. It is not technically feasible to install facilities and equipment on the roof if it is used in a l...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology, modern industrial buildings, logistics warehouses and other industrial buildings, as well as large public buildings, such as airports, stations, and stadiums, mostly use metal roofs. There are many construction methods for these roofs, but most of them are difficult to install facilities and equipment on them. Even if the equipment is installed in a small area on the metal roof, the traditional method must penetrate the roof tiles and then fix the equipment on the building purlins or structural components. This installation method not only affects the waterproof function of the metal roof tiles but also affects the roof tiles. service life

It is not technically feasible to install facilities and equipment on the roof in a large area

In addition, because the metal roof tile installation technology mostly uses bolts or self-tapping nails to penetrate and fix the metal roof tile or the selection of metal roof tile materials is too low-end, the service life of the metal roof tile is shortened, resulting in the effective utilization of the metal roof. Obstacles, waste of resources

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