Curtain wall capable of adjusting room temperature

Abstract

The invention discloses a curtain wall capable of adjusting room temperature. The curtain wall capable of adjusting room temperature comprises uprights and glass panels connected to the outside of the uprights. A vertical inner cavity is formed in each of the uprights, and the vertical inner cavity is stuffed with phase change energy storage material. Trim strips with inner cavities are arranged on the outside of the glass panels, and the trim strips are connected with vertical outsides of the uprights. An energy storage window shutter is arranged between vertical trim strips outside the adjoining uprights and on the outside, corresponding to a light transmittance area of the glass panels. Endothermic composite panel is arranged on a lightproof area of a corresponding floor, and the lightproof area is located in vertical trim strips outside the adjoining uprights. A plurality of thermal conductors in the thickness direction are vertically and uniformly arranged in the inner cavity of the vertical trim strips, and the thermal conductors stretches into the corresponding inner cavities of the uprights. The energy storage window shutter and the endothermic composite panel are both provided with thermal conductors in the breadth direction, and the thermal conductors stretch into the inner cavities of the uprights. The heat from the vertical trim strips, the endothermic composite panel, and the energy storage window shutter is transferred to the phase change energy storage material in the uprights to adjust the wall temperature, and to keep a basic constant room temperature.

Description

Technical field [0001] The invention relates to a building curtain wall for building facades, in particular to a building curtain wall capable of adjusting indoor temperature. Background technique [0002] As the outer protective structure of the building, the curtain wall must not only meet the basic requirements of people's lighting, sunshine, ventilation, vision, etc., but also have excellent heat preservation, heat insulation, and sound insulation performance to provide people with a comfortable and quiet indoor environment. [0003] For existing building curtain walls, the ratio of unit energy consumption between the curtain wall and the solid wall is about 6:1. The light transmission position of the building curtain wall uses glass in a large area, resulting in the phenomenon of "cold winter and hot summer". Most skyscrapers have to increase the power to open the air conditioner to adjust the room temperature. In winter, it must be heated before other buildings, and in summe...

AI Technical Summary

Problems solved by technology

[0003] In the existing building curtain wall, the unit energy consumption ratio of the curtain wall and the solid wall is about 6:1, and the large area of ​​light transmission of the building curtain wall is made of glass, resulting in the phenomenon of "cold in winter and hot in summer".

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