首页> 外文会议>International Electric Vehicle Symposium Exhibition;International Electric Vehicle Technology Conference >Effects of integration of the electric mobility in the Italian energy sector: how to account for them in an LCA perspective: Presented at EVS 31 EVTeC 2018, Kobe, Japan, October 1 - 3, 2018
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Effects of integration of the electric mobility in the Italian energy sector: how to account for them in an LCA perspective: Presented at EVS 31 EVTeC 2018, Kobe, Japan, October 1 - 3, 2018

机译:电动流动性在意大利能源部门集成的影响:如何在LCA视角下解释它们:在2018年10月1日至2018年10月1日至2018年10月1日至2018年10月1日至2018年10月1日至3日

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摘要

LCAs on electric mobility are providing a plethora of diverging results. The selection of the electricity mix used to recharge the vehicles has been proved to be a key aspect in determining the overall results. 26 articles published from 2008 to 2018 have been investigated to find the extent and the reason behind this deviation. The major cause of the diverging results has been identified in a lack of clear guidelines for the selection of the appropriate electricity mix. Marginal and averge electricity mixes are often used as a proxy for the development of either a consequential or an attributional LCA. According to our literature survey results, if the aim is to identify the consequences of a widespread introduction of electric vehicles, a larger system boundary has to be included (i.e. including the mutual effect of transportation on the power sector and viceversa). As a proof of concept, we modeled the effect of introducing a consistent amount of electric vehicles in the Italian fleet in 2030.
机译:电动迁移率的LCA提供了血红蛋白的发散结果。已经证明了用于为车辆充电的电力混合的选择是确定整体结果的关键方面。已经调查了2008年至2018年发布的26条,以找到这种偏差背后的程度和原因。在缺乏明确的指导方针,已经确定了发散结果的主要原因。边缘和平均电力混合通常用作开发后果或归因LCA的代理。根据我们的文献调查结果,如果目的是确定广泛引入电动车的后果,则必须包括更大的系统边界(即包括电力部门和伏赞的交通的相互影响)。作为一个概念证明,我们在2030年在意大利车队中引入了一致的电动车辆的效果。

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