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Using life cycle based environmental assessment in developing innovative multi-functional glass-polymer windows

机译:在开发创新的多功能玻璃聚合物窗户时使用基于生命周期的环境评估

摘要

The HarWin (Harvesting solar energy with multifunctional glass-polymer windows)FP7 project focuses on the development of innovative windows and their integrationin buildings. These innovative windows aim at improving significantly the energy efficiency of windows and buildings and performing environmentally well on a lifecycle base. The improvements are based on reduced material usage and weight, reduced thermal conductivity and energy consumption and hence, reduced environmental life cycle impacts. The innovation lays in the integration in the window of intelligent phase changing materials and novel glass-polymer composites with wavelength management capability. As windows are multi-component and multifunctional systems, an appropriate Life Cycle Environmental Assessment (LCEA) method is needed. Based on an evaluation of best available methods and tools for LCEA an adapted method for windows is proposed. This paper furthermore discusses how the method proposed can be used efficiently during the development process of the innovative window.
机译:FP7项目的HarWin(利用多功能玻璃聚合物窗户收获太阳能)专注于创新窗户的开发及其在建筑物中的集成。这些创新的窗户旨在显着提高窗户和建筑物的能源效率,并在生命周期的基础上实现良好的环保性能。这些改进是基于减少的材料使用和重量,减少的热导率和能耗以及因此减少的对环境生命周期的影响。该创新在于将智能相变材料与具有波长管理功能的新型玻璃-聚合物复合材料集成在窗口中。由于窗户是多组件和多功能系统,因此需要适当的生命周期环境评估(LCEA)方法。基于对LCEA的最佳可用方法和工具的评估,提出了一种适用于Windows的改进方法。本文还讨论了如何在创新窗口的开发过程中有效地使用所提出的方法。

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