秘鲁安第斯地区羊驼棚的太阳能供暖

Renzo Arimborgo, Edson Espinoza, G. Power, G. Quispe, J. A. Merino
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引用次数: 1

摘要

由于秘鲁安第斯高原地区的霜冻导致羊驼死亡(2015年报告有超过16万只羊驼死亡),这可以通过适当的棚舍来避免。面对这一现实,我们建造了一个太阳能空气加热的原型,并对其进行了测试和计算,以用于这些棚子,并取得了良好的效果。在调查期间,分析了将羊驼保持在10°C的封闭环境中所需的棚内传热。值得一提的是,在Altiplano地区,有一些羊驼群落可以承受高达-20°C的温度。这项研究是在阿雷基帕的圣胡安德塔鲁卡尼区和普诺的奥库维里区进行的。拟议的模型允许羊驼在温暖的环境中得到更多的保护,使用可再生能源和蓄热系统来应对夜间的低温。研究的结果是,随着太阳能集热器的发展,可以将棚内的温度提高到理想的5°C范围内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar Heating for Alpaca's Sheds in Peruvian Andean Region
Because of frost in high Peruvian andean areas die alpacas (having reported more of 160 000 deaths in 2015), which can be avoided with suitable sheds. Faced with this reality, it was constructed of a prototype with solar air heating, which has been tested and calculated for use in these sheds with favorable results. During the investigation the heat transfer required by the shed was analyzed, for keep the alpacas in a closed environment at 10°C. It is worth mentioning that there are alpaca communities that supports temperatures of up to -20°C in the Altiplano area. The research was conducted in the district of San Juan de Tarucani in Arequipa and in the district of Ocuviri in Puno. The proposed model permits to keep the alpacas more protected in a warm environment using renewable energy with a system of heat storage for the low temperatures at the nights. As a result of the research, with the development of the proposed solar collector, it is possible to increase the temperature internal of the shed in an ideal range of 5°C.
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