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欧洲政策研究中心:2024年实施欧盟数字电池护照方案电池循环利用的机遇与挑战(英文版)(29页).pdf

上传人: AG 编号:605900 2024-05-01 29页 1.39MB

1、IMPLEMENTING THE EUDIGITAL BATTERY PASSPORTCEPS IN-DEPTH ANALYSISVasileios Rizos and Patricia UrbanMarch,2024-05Opportunities and challenges for battery circularity S SUMMARYUMMARY Introduced as part of the new EU regulatory frameworks for ecodesign and batteries,the digital product passport(DPP)sup

2、ports the collection and sharing of product-related data among supply chain actors.As the first tool of this kind globally,it aspires to address existing information gaps for products and components throughout global supply chains,thus becoming a key enabler for circular business models.Produced thr

3、ough the EU-funded BATRAW project that develops circular approaches for electric vehicle batteries,this CEPS In-Depth Analysis paper delves into the new EU regulatory framework for batteries and the expanding EU DPP landscape.It identifies key opportunities and challenges for battery passports based

4、 on qualitative data collected from companies at different segments of the battery value chain.There are a growing number of initiatives within the evolving EU DPP landscape that are developing proof of concepts or pilot cases.In addition to batteries for which the passport will be a legal requireme

5、nt as of 2027,these initiatives include many other sectors including textiles,construction and electronics.This suggests that interoperability and alignment between the different DPP initiatives is important.Such initiatives can also facilitate multi-stakeholder collaboration and provide inspiration

6、 and lessons for other product groups beyond batteries.The qualitative empirical data suggest that the digital battery passport can help break down information silos among supply chain actors and support recycling and reuse processes.It also provides opportunities for increasing transparency about c

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本文主要探讨了欧盟数字电池护照(Digital Battery Passport)的实施机遇与挑战。欧盟新电池法规要求从2027年起为电动汽车电池(EVBs)、轻型交通工具电池和工业电池建立数字电池护照。电池护照旨在收集和共享产品相关数据,以支持电池的循环利用。 文章指出,电池护照的实施将带来诸多机遇,包括提高电池回收和再利用效率,增加电池供应链的透明度,促进公平竞争环境。然而,实施过程中也面临挑战,如数据收集和共享的难度,数据可靠性和有效性的评估,以及电池护照在不同生命周期阶段的职责界定。 文章建议,应明确电池护照相关职责,支持数据互操作性,并建立平台以分享电池护照实施的最佳实践。
电池护照如何促进电池循环利用? 电池护照实施面临哪些挑战? 电池护照如何提高供应链透明度?
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