The Directive on Energy using Products — an Approach for an Efficient Implementation in Industry

S. Hansen, J. Grossmann, E. Abele, H. Birkhofer
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引用次数: 7

Abstract

This paper presents the approach and first results of the project "EuP-Implementation", which started in January 2005 as a co-operation of the Technical University of Darmstadt and the Hilti Entwicklungsgesellschaft mbH (hereafter Hilti). The key goal of this project is the integration of ecodesign methods into the general development process based on the prospective investigation of the potential impact of the EuP-Directive on the company. This paper introduces the reader to this far reaching directive and to the project, which acts as a case study for the practical implications of the directive. An analysis of several typical products serving as example helps to determine the state of the art regarding the likely requirements of the directive in order to identify measures necessary to be taken. The analysis is conducted with various simplified LCA methods, namely Cumulated Energy Demand (KEA), Eco-indicator '99 (EI'99) and the Eco-design of EuP methodology (MEEuP). The aim is twofold: 1. the use of various methods provides an insight in the expressiveness of the results (i.e. whether the results of different methods point to the same direction), 2. it is an opportunity to test the methods on applicability, user-friendliness, quality etc. in order to choose the most suitable method for further analyses throughout the project.
能源使用产品指令—一种在工业中有效实施的方法
本文介绍了“erp实施”项目的方法和初步成果,该项目始于2005年1月,是达姆施塔特工业大学和喜利得公司(以下简称喜利得)的合作项目。该项目的主要目标是基于对eup指令对公司潜在影响的前瞻性调查,将生态设计方法整合到一般开发过程中。本文向读者介绍了这一影响深远的指令和项目,作为该指令的实际意义的案例研究。以几种典型产品为例进行分析,有助于确定有关指令可能要求的最新技术状况,以便确定需要采取的措施。采用多种简化的LCA方法进行分析,即累积能源需求(KEA)、生态指标99 (EI’99)和EuP生态设计方法(MEEuP)。其目的是双重的:1。不同方法的使用提供了对结果表达性的洞察(即不同方法的结果是否指向同一方向),2。这是一个测试方法适用性、用户友好性、质量等方面的机会,以便在整个项目中选择最合适的方法进行进一步分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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