研究应用于住宅区的可持续发展技术

L.G. Juárez-Cruz, J.F. Olvera-Trejo, J. Palacios-Hernández, E. Sánchez-Romero, G. Ríos-Moreno
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引用次数: 0

摘要

由于人类向城市地区的迁移,城市的发展速度加快了。与此同时,化石燃料和能源的消耗增加了18%。因此,可持续城市主义被提出作为对当前问题(社会、经济、生态等)的回应。本文的目的是研究可持续技术,最大限度地利用住宅小区的可再生资源,如雨水和阳光。研究的主题是集水屋顶、绿色墙壁和太阳能技术。研究发现,该类型的屋顶对清洁水的收集效果最佳,绿墙可以在7°C时线性降低温度,太阳能加热器的瞬时效率约为89%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of sustainable technologies applied to residential areas
Due to migration of humans to urban zones, the urban growing has accelerated. Along with this, the consumption of fossil fuels and energy has increased 18%. Therefore, the sustainable urbanism is proposed as a response for the current problems (social, economic, ecological, among others). The purpose of this paper is the research of sustainable technologies that can maximize the use of renewable resources in residential areas, such as rainwater and sunlight. The subjects studied are water collecting roofs, green walls and solar technologies. It was found that the collecting of clean water is optima with this type of roofs, green walls can reduce linearly the temperature in 7 °C and the instantaneous efficiency of solar heaters is about 89%.
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