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SYSTEM FOR THERMAL CONDITIONING BY MEANS OF MICROCLIMATE MANAGEMENT FOR BUILDINGS.

机译:通过建筑物的微气候管理手段进行热调节的系统。

摘要

The invention relates to a system for thermal conditioning by means of microclimate management for buildings, characterised in that it comprises at least one air-conditioned area with at least one area for growing plants, said area being located level with or on top of the building and delimited by peripheral walls, and said plants having marked thermal reduction effects, allowing a microclimate to be generated and maintained inside the space of the growing area. According to the invention, the growing area includes an upper sun shield for creating shade, which provides shade but which also intentionally does not cover the entire space of the growing area, in order to facilitate air permeation and to achieve the air fluidity within the cycle required by the invention. The system of the invention also comprises a humidification system, preferably with water misters, disposed in the upper portion of the growing area in order to humidify the surrounding air, said humidification system assisting in generating a microclimate and lowering the temperature when environmental humidity is low. The at least one growing area is connected to the building by means of at least one fresh air duct, the hot inside air being discharged passively through a solar chimney located at the highest point inside the building, through forced convection, allowing the system to be cyclic. In addition, at least one sun shield is placed on the roof of the building in order to reduce thermal conductivity.
机译:用于建筑物的微气候管理的热调节系统技术领域本发明涉及一种通过建筑物的微气候管理进行热调节的系统,其特征在于,该系统包括至少一个空调区域以及至少一个用于生长植物的区域,所述区域位于建筑物的顶部或顶部。所述植物具有显着的热减少作用,从而允许在生长区域的空间内产生并维持微气候。根据本发明,生长区域包括用于产生阴影的上部遮阳罩,其提供阴影,但是也有意不覆盖生长区域的整个空间,以促进空气渗透并在循环内实现空气流动性本发明所要求的。本发明的系统还包括加湿系统,该加湿系统优选地具有喷雾器,该加湿系统被布置在生长区域的上部以便对周围的空气进行加湿,当环境湿度低时,所述加湿系统有助于产生微气候并降低温度。 。至少一个生长区域通过至少一条新鲜空气管道与建筑物连接,内部的热空气通过强制对流通过位于建筑物内部最高点的太阳能烟囱被动排放,从而使系统能够循环的。另外,为了降低热导率,在建筑物的屋顶上放置至少一个遮阳罩。

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