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Life-Cycle Analysis and Environmental Impact Assessment of Heating and Air-Conditioning Systems

机译:加热和空调系统的生命周期分析和环境影响评估

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During the design process of heating and air conditioning systems, the designer must analyse various factors in order to determine the best design options. Therefore, the environmental aspects of a product should be included in the analysis and selection of design options if an environmentally - aware design is to be produced. If one wishes to assess a product's environmental impact, its whole life cycle must be studied. The Life Cycle Assessment (or LCA) methodology is an example of one kind of environmental analysis which included the entire life-cycle of a product. However, this method has some limitations. It is unable to tackle the total environmental impact on a number of different levels (e.g. materials, energy, waste) at the same time. To overcome some problems in the LCA method, an alternative method, the so-called Eco-Indicator method has been proposed. Since it is based on a weighting method, only a single score for the total environmental impact is calculated. The application of this method for the optimisation of heating and air-conditioning systems is presented in this paper.
机译:在加热和空调系统的设计过程中,设计师必须分析各种因素,以确定最佳的设计选项。因此,如果要生产环境感知的设计,则应包含产品的环境方面,如果要产生环境感知的设计,则应包含在设计选项的分析和选择中。如果有人希望评估产品的环境影响,必须研究其整个生命周期。生命周期评估(或LCA)方法是一种环境分析的一个例子,包括产品的整个生命周期。但是,这种方法有一些限制。它无法在同一时间内对许多不同水平(例如材料,能量,废物)进行解决。为了克服LCA方法中的一些问题,已经提出了一种替代方法,所谓的生态指示器方法。由于它基于加权方法,因此计算了整个环境影响的单一分数。本文提出了该方法优化加热和空调系统的应用。

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