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Making buildings energy-efficient through retrofits: A survey of available technologies

机译:通过改造使建筑物节能:现有技术的调查

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Energy expenditures represent approximately 10% of the global gross domestic product (GDP), second only to healthcare costs. Globally, the residential and commercial building sector accounts for 21% of total energy consumption. In the United States, the building sector accounts for a much larger share: 40% of the country's total energy consumption. With an increased global focus on energy conservation, the building sector presents a ripe target for introducing energy efficiency. While advancements have been made in building architecture and materials, the length of time needed for mass adoption of these technologies renders them ineffective in the short and medium term. Retrofitting existing buildings is a more desirable option, resulting in immediate energy savings while preserving the building structure. In this paper, we discuss several existing and ongoing efforts directed toward promoting energy efficiency in buildings, focusing specifically on building retrofits, and analyze their energy savings potential. This collection of building technologies spans several categories and represents various building energy end-uses. We also discuss the challenges involved in developing such energy-efficient building technologies.
机译:能源支出约占全球国内生产总值(GDP)的10%,仅次于医疗保健成本。在全球范围内,住宅和商业建筑部门占总能耗的21%。在美国,建筑部门所占份额要大得多:占该国总能源消耗的40%。随着全球对节能的日益关注,建筑行业提出了提高能源效率的成熟目标。尽管在建筑结构和材料方面已经取得了进步,但大量采用这些技术所需的时间长短使它们在短期和中期无效。翻新现有建筑物是一种更理想的选择,可在保留建筑物结构的同时立即节省能源。在本文中,我们讨论了一些旨在提高建筑物能源效率的现有和正在进行的工作,特别是建筑物翻新,并分析了其节能潜力。该建筑技术集合涵盖多个类别,代表了各种建筑能源最终用途。我们还将讨论开发这种节能建筑技术所面临的挑战。

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