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ENVIRONMENTAL AND ECOLOGICAL LIFE CYCLE INVENTORIES OF PRESENT AND FUTURE PVSYSTEMS IN EUROPE FOR SUSTAINABILITY POLICIES

机译:欧洲现有和未来PV系统的环境和生态生命周期清单,以实现可持续发展政策

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摘要

The current use of Life Cycle Inventories (LCI) for the calculation of external costs and energy systemmodelling and planning is limited by two main factors: 1) lack of harmonisation and transparency in themethodology used in LCA studies. 2) lack of transparent and updated and database on recent and emerging PVtechnologies (and other renewables and distributed generation technologies). These issues have been addressed and overcome by the recent EU research project ECLIPSE. With respect to photovoltaic (PV) systems, four main PVtechnologies (mc-Si, sc-Si, thin film a-Si, CIS) with different applications (ground-mounted power plants, retrofit and integrated building integrated systems) and derived configurations were analyzed, for a total of 47 system configurations. Each main technology is described in a report, which presents results in detailed and transparent manner, highlighting the crucial parameters which influence LCI results. The latter confirm the low life cycle emissions level and the very high value of PV systems towards sustainable energy systems for the future.
机译:当前使用生命周期清单(LCI)来计算外部成本和能源系统 建模和规划受到两个主要因素的限制:1)缺乏协调性和透明度 LCA研究中使用的方法学。 2)缺乏关于最新和新兴PV的透明和更新的数据库 技术(以及其他可再生能源和分布式发电技术)。最近的欧盟研究项目ECLIPSE已解决并克服了这些问题。关于光伏(PV)系统,四个主要PV 分析了具有不同应用(地面安装式发电厂,改造和集成建筑集成系统)的技术(mc-Si,sc-Si,薄膜a-Si,CIS)和派生配置,总共有47种系统配置。报告中描述了每种主要技术,该技术以详细透明的方式介绍了结果,并突出显示了影响LCI结果的关键参数。后者证实了低生命周期排放水平和光伏系统对于未来可持续能源系统的很高价值。

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