Climate-adaptive multifunctional building component

Abstract

The invention discloses a climate-adaptive multifunctional building component. The climate-adaptive multifunctional building component is arranged on an outer window of a building and comprises a plurality of first louvers, a plurality of second louvers, an inflow water pipe and a outflow water pipe; the plurality of first louvers are arranged on the upper portion of the outer window, the plurality of second louvers are arranged on the lower portion of the outer window, the first louvers are arranged horizontally, and the second louvers are arranged vertically; the first louvers and the secondlouvers can rotate and are each of a hollow structure; and a loop is formed among the second louvers, the inflow water pipe, the outflow water pipe and a heat storage water tank. According to the climate-adaptive multifunctional building component, the functions are more diversified, the requirements for ventilation, daylighting and sunshading of the building at all seasons and in different periods of one day can be met, and heat recovery and reuse of solar energy can be achieved; and according to the climate-adaptive multifunctional building component, the indoor environment is improved by making full use of renewable energy sources such as the solar energy and wind energy, and building energy consumption is reduced to the utmost extent.

Description

technical field [0001] The invention belongs to the field of green building and building energy saving, and in particular relates to a multifunctional building component integrating building sunshade, natural ventilation, natural lighting and solar heat recovery. Background technique [0002] A high-quality indoor environment and high building energy consumption are major challenges facing today's society. The improvement of building window-to-wall ratio, on the one hand, satisfies the psychological needs of people to be close to nature, and is also more conducive to natural ventilation and lighting. This has become the main reason for the high building energy consumption. [0003] Air conditioning in summer, heating in winter and lighting energy consumption are the main sources of building energy consumption. In the building envelope, windows are important components that involve both the thermal environment and the light environment of the building. Some artificial techn...

AI Technical Summary

Problems solved by technology

At present, most of the devices installed on the window are only considered from the perspective of shading in summer, and seldom consider the overall consideration of lighting and ventilation. The energy saving effect is not significant enough, and it is difficult to ensure the comfort of the indoor environment.

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