Energy saving building

Abstract

The invention relates to an energy saving building which comprises a top ventilation structure, a building frame, a building wall body, stair systems and functional modules, wherein the top ventilation structure comprises a heat collecting device and a top cover structure; the heat collecting device comprises a spotlight part, a light heat accumulation part and a heat collecting device frame; the top cover structure comprises a top cover structure frame and a plurality of top cover boards; the building frame comprises a framed structure, a center ventilation patio, stair passages and equipment installation pipelines; the building wall body comprises a building external wall, a building internal wall and building floors; the building internal wall comprises a plurality of separated wallboards; the building floors comprise a plurality of separated floorings; the stair systems comprises an upper stair system and a lower stair system; and the functional modules comprises a kitchen unit and a hygiene unit. The energy saving building, provided by the invention, has the characteristics of low cost, environmental protection and low power consumption.

Description

technical field [0001] The invention relates to a building, in particular to an energy-saving building, and belongs to the field of buildings. Background technique [0002] Large and medium-sized high-rise buildings are equipped with an internal ventilation system. The function of the ventilation system is to promote the exchange and circulation of the air inside the building and the outside air, so as to meet the needs of indoor personnel engaged in various activities. At present, the more commonly used scheme of the ventilation system is to add ventilation windows on the building, specifically adding windows on the outer wall of each floor of the building, adding ventilation skylights on the top of the building, and adding ventilation channels or pipelines in the building. Increase indoor and outdoor air convection. The problems caused by this solution are very obvious. A large number of ventilation windows lead to the entry of various outdoor dust and impurities into the...

AI Technical Summary

Problems solved by technology

[0003] The energy-saving building of the present invention discloses a new scheme, which utilizes the solar energy gathered at the top of the building to transform into heat energy to drive the exchange and circulation of indoor air and outdoor air, which solves the problem of large energy consumption in the ventilation system of the existing building, and adopts intensive modules at the same time Optimized functional unit design reduces construction and decoration costs and shortens the construction period

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