Anti-seismic energy-saving solar wall

Abstract

The invention discloses an anti-seismic energy-saving solar wall. The anti-seismic energy-saving solar wall comprises a wall body, and the wall body is provided with two layers of skeleton steel nets at a certain distance; each skeleton steel net comprises fastening reinforcing steel bars, a supporting reinforcing steel bar, a fastening buckle and an anti-shearing reinforcing steel bar, and of the multiple supporting reinforcing steel bars are transversally and longitudinally arranged as a plane steel mesh in a crossing mode at a certain distance; the plane steel mesh is provided with the anti-shearing reinforcing bar, and four corners of the anti-shearing reinforcing bar are provided with the fastening reinforcing bars; a plurality of supporting transverse steel and a filling wall are arranged between the two skeleton steel meshes, and the filling wall is built by a plurality of hollow bricks; a mortar plastering layer is arranged at the outer side of each skeleton steel mesh, and a cavity body is formed in the outer side of the mortar plastering layer; photovoltaic glass is arranged on the outer side of the cavity body, and a plastering layer and an adhesive layer are sequentially arranged on the inner side of each skeleton steel mesh; and a wall plate layer is arranged on the inner side of each adhesive layer, and each wall plate layer is formed by combining a plurality of prefabricated wall plates. The anti-seismic energy-saving solar wall has dual effects of heat supplied and ventilating, weight is light, heat is insulated, the anti-seismic performance is good, and seamless connection is achieved.

Description

technical field [0001] The invention relates to a wall, in particular to an anti-seismic and energy-saving solar wall. Background technique [0002] With the strengthening of social awareness of environmental protection and energy saving, people pay more and more attention to the insulation of building interior walls. The use of interior wall insulation technology to achieve building interior wall insulation can make the room temperature and humidity of the building more stable, improve human comfort, and protect the wall structure. Therefore, interior wall insulation technology has gradually become the development direction of buildings. While paying attention to the thermal insulation of the building's inner wall, people also pay equal attention to the decorative effect of the building's inner wall and the seismic strength of the wall. Traditional building heating is mostly accomplished by central heating systems. The traditional heat collector uses copper and aluminum m...

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Problems solved by technology

Traditional collectors use copper-aluminum metal, which is too expensive. There is only one layer of glass on the plate core, which has poor thermal insulation, low efficiency, poor seismic performance of the wall, and cannot meet the needs of light thermal insulation. The interior wall assembly structure It is not convenient enough, and the integrity of the connection seam is not good, and new cracks are easy to occur

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