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Developing a multi-criteria method to evaluate deep renovation options for buildings considering ecological, economic and socio-cultural factors over its lifecycle

机译:开发一种多标准方法,以评估建筑物深度装修选择,以考虑其生命周期的生态,经济和社会文化因素

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The purpose of this paper is to develop a reliable multi-criteria method for the evaluation of deep renovation options. Currently there is a lack of simple to use and precise evaluation tools which consider a diversity of factors. Therefore, a set of ecological, economical as well as sociocultural key performance indicators (KPIs) are investigated over the building's lifecycle taking the respective project aims due to a customised weighting into account. The different options are compared to the current condition as well as among each other. Additionally, the investment costefficiency is investigated. By presenting the results through radar charts the method is a helpful tool for decision-makers to estimate the impacts a priori measures are executed by using the state-of-the-art technology building energy performance simulation (BEPS). The method is applied to three investigation buildings and demonstrates its function.
机译:本文的目的是开发一种可靠的多标准方法,用于评估深度翻新选择。 目前缺乏易于使用和精确的评估工具,其考虑多样性因素。 因此,在建筑物的生命周期上调查了一系列生态,经济,以及社会文化关键绩效指标(KPI),采取各自的项目旨在考虑定制的加权。 将不同的选项与当前条件以及彼此相比进行比较。 此外,调查了投资成本效率。 通过通过雷达图表呈现结果,该方法是一个有用的工具,用于决策者来估计利用最先进的技术构建能量性能模拟(BEP)来执行先验措施的影响。 该方法适用于三个调查建筑物,并展示其功能。

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