Telescopic power generation light dimming double-layer glass curtain wall

Abstract

The invention provides a telescopic power generation light dimming double-layer glass curtain wall which comprises inner glass, outer glass, support rods, limiting devices, a susepension device and atelescopic device, wherein the limiting devices are fixed on the lower surfaces of the support rods; the suspension device is connected with the limiting devices through bolts; the telescopic device is arranged on the wall of the inner side of an outer wall; the suspension device consists of six identical units; a cavity of 0.2-2m is formed between the outer glass and the inner glass; the inner glass formed as a common window or French window; the outer glass is embedded into a glass frame; and a plurality of support rods are connected with a whole window or a French window frame. The telescopic power generation light dimming double-layer glass curtain wall has the beneficial effects that the cavity of a double-layer glass curtain wall is sufficiently utilized, and a photovoltaic plate with integrated the function of power generation and light dimming is arranged in the cavity, so that not only is an extra power supply provided for a room, but also indoor light dimming can be carried out, and thus the energy consumption of buildings is reduced.

Description

technical field [0001] The invention relates to the technical field of energy saving of building curtain walls, in particular to a double-skinned glass curtain wall that can shrink, generate electricity and adjust light. Background technique [0002] Double skin glass curtain wall (Double skin) is to add a layer of glass curtain wall outside or inside the original glass curtain wall, and the sunshade device can be placed in the middle of the two layers of curtain wall. The solar radiation heat is discharged, and in winter, the greenhouse effect of the glass cavity is used to increase the indoor temperature. The patents at this stage only consider the summer heat insulation and winter heat insulation of the double-skinned glass curtain wall, and do not make full use of the sufficient lighting and air convection in the cavity, and do not put photovoltaic power generation in it to provide power for the room, further reducing the building cost. energy consumption. In summer, t...

AI Technical Summary

Problems solved by technology

In summer, the air temperature in the cavity is much higher than the outdoor air temperature, and the heat can easily enter the room through the ordinary inner glass, making the indoor temperature rise, and the heat insulation effect is worse than that of ordinary walls

Most of the buildings are equipped with shutters in the cavity in summer for sun shading, but the indoor lighting effect is not ideal

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