Parametric Study of Thermal Renovation of an Administrative Building Envelope in Region of Chefchaouen (Morocco)

A. Lamrani, M. Rougui
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Abstract

In this paper, we present a parametric study of renovating the envelope of an office building located in the region of Chefchaouen (Morocco). This renovation consists of insulating external walls and roofs and integrating passive techniques. In this perspective, we modeled the building’s envelope as a multi-zone building in TRNSYS and we adopted a scenario of occupation for this type of building. Many solutions of insulation and integration of passive techniques are proposed and tested. The optimal solution chosen, verified the Moroccan thermal regulation and would cost approximately 154,022.26 MAD (15,640.60 USD) excluding VAT. The total conditioned area is about 393.6 m; thus, the renovation would cost 391.31 MAD/m (39.73 USD/m).
摩洛哥舍夫沙万地区某行政建筑围护结构热改造参数化研究
在本文中,我们提出了一个参数化的研究翻新办公楼的围护结构位于舍夫沙万地区(摩洛哥)。这项改造包括外墙和屋顶的隔热,并整合了被动式技术。从这个角度来看,我们将建筑的围护结构建模为TRNSYS中的多区域建筑,并为这种类型的建筑采用了占用场景。提出了许多绝缘和集成被动技术的解决方案并进行了测试。所选择的最佳解决方案验证了摩洛哥的热调节,成本约为154,022.26迪拉姆(15,640.60美元),不包括增值税。总空调面积约393.6 m;因此,改造成本为391.31迪拉姆/米(39.73美元/米)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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