Recycling Waste to Improve Thermal Comfort in High-Altitude Village of East Sikkim

M. Zakiah, A. Feenstra, Himanshu Lal
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Abstract

This article proposes an open design process to improve thermal comfort in high altitude villages in East Sikkim, India. In order to enhance the internal thermal comfort of the inhabitants and to reduce the high annual heating energy consumption of the existing dwellings, design of the building envelope using locally recycled waste materials has been proposed. The fieldwork involved measuring the internal temperatures of two houses in order to arrive at a comparative analysis to diagnose the problems. This was then followed by the occupants ’interviews in an attempt to understand their thermal preferences and adaptive behaviours. These data have been used as base case in thermal analysis software (EDSL TAS) to simulate the reduction in annual energy consumption through various interventions in the building envelope. Design solutions using local recycled waste were then proposed to improve thermal comfort. The design process that was adopted included innovative methods to engage and involve the community in the whole exercise, thus giving them a sense of ownership.
回收废物以改善东锡金高海拔村庄的热舒适
本文提出了一种开放式设计流程,以改善印度东锡金高海拔村庄的热舒适。为了提高居民的内部热舒适性,并减少现有住宅的高年度供暖能耗,建筑围护结构的设计使用了当地回收的废物材料。实地工作包括测量两栋房屋的内部温度,以便得出比较分析以诊断问题。接下来是居住者的访谈,试图了解他们的热偏好和适应行为。这些数据已被用作热分析软件(EDSL TAS)的基础案例,以模拟通过建筑围护结构的各种干预措施减少的年能耗。然后提出了使用当地回收废物的设计方案,以提高热舒适性。设计过程中采用了创新的方法,让社区参与到整个项目中来,从而给他们一种主人翁感。
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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