Study of some passive solutions integrated to a residential building using multi-objective optimization

Fatima Najoui, Noussaiba Rharbi, Safae Oulmouden, H. Radoine, Hicham Mastouri, H. Bahi, A. Outzourhit
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Abstract

Over the last decades, the energy consumption in buildings continues to increase as a result of an increasing number of air-conditioning units. Our objective is to achieve a significant cooling load reduction in a residential building located in a semi-arid climate, specifically in Benguerir city (Morocco). The optimization process was initiated by performing a multi- objective optimization using DesignBuilder software. Subsequently, a study of different improvement scenarios with the help of the same software was carried out. The final results indicated that the thermal loads could be reduced by approximately 90 kWh/m2. year by introducing both insulation and a Moucharabieh system
住宅建筑多目标优化综合被动式解决方案研究
在过去的几十年里,由于空调设备的数量不断增加,建筑物的能源消耗不断增加。我们的目标是在位于半干旱气候的住宅建筑中实现显著的冷负荷减少,特别是在摩洛哥的Benguerir市。优化过程是通过使用DesignBuilder软件进行多目标优化而开始的。随后,在同一软件的帮助下对不同的改进方案进行了研究。最终结果表明,热负荷可减少约90千瓦时/平方米。通过引入绝缘和Moucharabieh系统
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