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The Study Natural Ventilation by Using Buildings Windows: Case Study in a Hot Dry Climate, Ghardaia, Algeria

机译:使用建筑窗口研究自然通风:案例研究热干燥气候,蜂窝,阿尔及利亚

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Natural ventilation in buildings can create a comfortable and healthy indoor environment, and save energy used in the mechanical ventilation systems, have an important role on the balance between heating and cooling needs, It is also necessary to study the possible combinations with natural resources. With natural ventilation the internal building structure is cooled through open windows and/or air vents, in order to provide a wind induced flow or stack effect. It is dependent on natural forces to move air through a building: so the disadvantage is that there is no direct control of the ventilation, but on the other hand it delivers low running costs and low energy usage by reducing the electrical energy used for air-conditioning. The building design must implement simple principles based on common sense and have proven their effectiveness in traditional constructions. It must be adapted to seasonal needs (warm in winter, cool in summer) and promote maximum passive solar gain and minimize losses In the first part of this article, the building geometry, its operation and the thermo-aerodynamics numerical model are developed under the TRNSYS-CONTAM environment are presented. In the second part, the simulation is performed for both cases; with ventilation natural night and without natural ventilation. The study will ensure the night ventilation door and window of the cell which are open from 20 pm until 8 am.
机译:建筑物的自然通风可以营造舒适健康的室内环境,并节省机械通风系统中使用的能量,对加热和冷却需求之间的平衡具有重要作用,也有必要研究可能的自然资源组合。通过自然通风,内部建筑结构通过开口窗和/或空气通风口冷却,以提供风诱导的流量或堆叠效果。它依赖于自然力来通过建筑物移动空气:因此缺点是没有直接控制通风,但另一方面,通过减少用于空气的电能,它提供了低运行成本和低能量使用量 - 调理。建筑设计必须基于常识来实现简单的原则,并证明了它们在传统建筑中的有效性。它必须适应季节性需求(冬季温暖,夏季凉爽),并促进最大被动太阳能增益,并最大限度地减少本文第一部分的损失,建筑几何,其操作和热空气动力学数值模型提供了TRNSYS-CONT环境。在第二部分中,对两种情况进行了模拟;通过通风自然夜晚,没有自然通风。该研究将确保从20点开放的夜晚通风门和窗户直至8点。

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