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首页> 外文会议>International Renewable and Sustainable Energy Conference >Effect of Natural Ventilation on the Thermal Performance of a Residential Building in a Hot Semi-Arid Climate
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Effect of Natural Ventilation on the Thermal Performance of a Residential Building in a Hot Semi-Arid Climate

机译：半干旱炎热气候下自然通风对住宅建筑热性能的影响

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The potential to exploit natural ventilation and develop specific ventilation strategies for the microclimate of a residential building was conducted. The studied house is located at the UM6P campus in the Green City of Benguerir (70 km from Marrakech to the North), mostly built using local materials with high thermal inertia and integrates many other passive and hybrid systems. This paper has the goal of demonstrating the specific design purposes to serve the night ventilation in such harsh climatic conditions like the one of Marrakech region (Benguerir city) and whether this specific design can be a model to follow to take advantage of night ventilation or not. The results show that night ventilation reduces the operative temperature of the house in a prominent way. Indeed, the GND floor night ventilation decreased its average operative temperature by about 2°C; while for the first floor, this temperature is lowered by around 3°C. It is concluded that natural ventilation is an interesting passive technique for air cooling leading to a significant reduction, of up to 27%, of the house's annual cooling load.
机译：进行了开发自然通风并为住宅建筑物的微气候制定特定通风策略的潜力。被研究的房屋位于本格拉瑞绿色城市的UM6P校园（从马拉喀什到北部70公里），大部分使用具有高热惯性的本地材料建造，并集成了许多其他无源和混合系统。本文旨在证明在诸如马拉喀什地区（本格拉伊尔市）这样的恶劣气候条件下为夜间通风提供服务的特定设计目的，以及该特定设计是否可以成为利用夜间通风的典范。 。结果表明，夜间通风显着降低了房屋的工作温度。实际上，GND地板夜间通气将其平均工作温度降低了约2°C。而在一楼，该温度降低了约3°C。结论是自然通风是一种有趣的被动空气冷却技术，可显着降低房屋年制冷量达27％。

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