Thermal evaluation of a rustic building prototype at 1/5 scale with vegetal envelope during the winter in southern Peru

Alioska Jessica Martínez García, Yeny Roxana Estrada Cahuapaza, Grover Marín Mamani, Vitaliano Enríquez Mamani, Kely Lelia Cotacallapa Ochoa, Francisco Curro Pérez
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引用次数: 2

Abstract

The purpose of the study was to demonstrate the benefits of a model for scientific research in the sense that a construction system with a vegetated enclosure could benefit the internal environment of Juliaca in winter. To do this, we used an experimental procedure to compare the thermal resistance of a fifth-scale adobe high Andean house without vegetation and a house built in the climatic zone with vegetated facades. It simultaneously records the internal surface temperature, the internal air temperature, and the external environmental conditions. The results obtained show that the use of photosystems in buildings is an effective passive technique to reduce energy consumption due to its ability to insulate and protect internal thermal conditions.
在秘鲁南部的冬季,以1/5的尺度对一个带有植被围护结构的乡村建筑原型进行热评价
该研究的目的是为了展示一个科学研究模型的好处,在某种意义上,一个带有植被围护的建筑系统可以在冬季有益于Juliaca的内部环境。为了做到这一点,我们使用了一个实验程序来比较一个没有植被的五尺度土坯安第斯高山房屋和一个建在气候带的有植被立面的房屋的热阻。它同时记录内部表面温度、内部空气温度和外部环境条件。结果表明,在建筑物中使用光系统是一种有效的被动技术,因为它具有隔离和保护内部热条件的能力,可以减少能源消耗。
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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