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欧美数字电池护照介绍.pdf

上传人: 芦苇 编号:185989 2024-11-02 12页 2.41MB

1、OPC Day International 2024June 17th 21st,2024Nina HagemannResearch Associate and Sustainability ManagerFraunhofer FFBnina.hagemannffb.fraunhofer.deFraunhofer Research Institution for Battery Cell Production FFBARTVISU Artur KrauseFraunhofer Research Institution for Battery Cell Production FFBOPC Day

2、 International 2024June 17th 21st,2024 Open battery cell factories for research and development purposes Up to 820 million initial funding volume to build up the infrastructure More than 200 battery experts(including partners)Production capacity:theoretically up to 7 GWh/a(electrode)Innovations for

3、efficient and sustainable battery cell productionMnster,GermanyARTVISU Artur KrauseOPC Day International 2024June 17th 21st,20243,000 m floor space200 MWh/a production capacity 430 m floor space(incl.clean room)50 MWh/a production capacity20,000 m floor space6.8 GWh/a Production capacity3*200 MWh/a

4、Cell assemblyFFB Workspace 2021 FFB PreFab 2024 FFB Fab2027 Fully digitized production of pouch and prismatic cells,as well as the complete production of starting materials to the final cellContinuous mixing and coating of the negative anode and subsequent dryingFully digitized production environmen

5、t under giga conditions with all process steps and common cell formatsARTVISU Artur Krause Studio WiegelOPC Day International 2024June 17th 21st,2024By forming a consortium,complex and extensive research projects are efficiently coordinated and implemented by Fraunhofer FFB.Consortial industrial pro

6、jectsTogether with companies,we work on individual industrial projects.With an appropriate infrastructure and experienced expertise,we are available for various issues in applied battery research.Bilateral industrial projectsInternally,too,Fraunhofer FFB is constantly implementing new research proje

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Fraunhofer FFB是一家专注于电池细胞生产的研究机构,其研究领域涵盖开放电池工厂、电池专家团队、生产能力等方面。该机构致力于电池生产的创新和可持续发展,拥有丰富的研究项目和合作经验。欧盟电池指令的实施也是其研究的一部分,该指令旨在通过规范电池的生产、回收和使用,提高电池的价值链利用率和循环性,延长电池的使用寿命。电池护照作为电池全生命周期的电子记录,包含电池型号和相关个体电池的信息,将于2027年实施。电池护照的推行将面临诸多挑战,包括法规遵从、数字化、生产和碳足迹等方面。
"电池护照"具体包含哪些关键信息? 欧盟电池法规对电池行业有何影响? 如何实现电池生产过程的数字化和可持续发展?
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