设计低成本隔热板以提高建筑物的热性能

Hicham Mastouri, H. Radoine, I. Galobardes, M. Dahbi, Y. Tamraoui, G. Squadrito, A. Nicita, H. Chehouani, B. Benhamou, A. Outzourhit, Manuel Carlos Gameiro da Silva
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引用次数: 0

摘要

本文的目的是描绘一个适用的想法,采用一种新的被动系统的建筑围护结构增强。它是关于设计和检查将外部面板集成到现有建筑立面的影响,对非洲和摩洛哥特定住宅建筑的热性能和室内条件的影响。低成本面板(LCP)的实施考虑了适用于大多数气候条件的几个参数和标准,主要是非洲和摩洛哥丰富的炎热半干旱地区。在这个愿景中,通过使用TRNSYS软件进行动态建模,确定了可能的高绝热性能组合。最佳材料或填充混合物的证书是在几个方面的基础上制定的,但最重要的是成本和住房目标环境中的可用性。TRNSYS的计算表明,年热负荷的相关减少可以超过43%。这种技术被证明是最好的一些选择的常规绝热材料在本盖尔市的当地环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing Low-Cost Insulating Panels to Enhance Buildings’ Thermal Performance
The objective of this paper is to picture an applicable idea of adopting a new passive system for building’s envelope enhancement. It is about designing and inspecting the impact of integrating an external panel to the façades of already existing buildings, on the effect of the thermal performance and indoor conditions of specific residential buildings in Africa and Morocco. The Low-Cost Panels (LCP) are implemented taking into consideration several parameters and standards to be applicable for most climatic conditions mainly the hot semi-arid which the abundant in Africa and Morocco. In this vision, decided combinations of possible high thermal insulation performance are studied by means of dynamic modeling using TRNSYS software. The credentials of the best materials or mixtures of filling are made on the basis of several aspects but most importantly the cost and the availability in the targeted contexts of the housing. The calculations from TRNSYS shows a relevant reduction that can goes beyond 43% on the annual thermal load. This technique is shown to be the best compared to some chosen regular thermal insulation available in the local context of Benguerir city.
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