Due to the circumstances outlined above, the context of the technical standards is derived from the three sources of European regulation: the ESPR, the Battery Regulation and the current draft of the SReq on the DPP system. [...] Support of the main stakeholders: The document will address the key technical elements required for the implementation and utilisation of the battery passport and its data. [...] 2.2 The fundamental parts of the technical guidance As background to the aforementioned challenges, the specification proposal for the technical standards of the DPP system comprises four fundamental parts: 1) The Technical Standard Stack for a comprehensive operational system based on existing frameworks to provide a complete and modular perspective on the standards that need to be established an. [...] A comprehensive examination of the use cases of the battery passport system will shed light on the application of the components of the DPP system throughout the passport's life cycle. [...] The data carrier should act as a reference to both, the public and the restricted DPP data and should also include control data elements for the verification of authenticity of the data carrier and the product itself.
Authors
- Pages
- 86
- Published in
- United Kingdom
Table of Contents
- Battery Passport Technical Guidance -1
- Preface 5
- Acknowledgements 7
- List of abbreviations 8
- List of figures 10
- List of tables 11
- Terminology 12
- 1 Introduction 13
- 1.1 Context – European regulations implementing the Green Deal 13
- 1.2 Battery Pass Project 14
- 1.3 Aim, scope and targeted audience of this document 16
- 2 The technical battery passport system in a nutshell 19
- 2.1 Major business and technological challenges for the DPP system 19
- 2.2 The fundamental parts of the technical guidance 20
- 2.3 Introduction to the Technical Standard Stack 20
- 2.4 System architecture 21
- 2.5 Interoperability challenges 21
- 2.6 Guideline for supporting the industrial stakeholder 22
- 3 Methodology Framework 23
- 3.1 Base – standardisation request on the DPP system 23
- 3.1.1 Introduction into the standardisation request 23
- 3.1.2 Identified major technical components of the DPP system 24
- 3.1.3 Process scope and user stories 26
- 3.2 Used concepts from interoperability frameworks and data spaces 27
- 3.2.1 Enterprise interoperability framework 27
- 3.2.2 European interoperability framework 29
- 3.2.3 Battery passport in the data space environment 30
- 3.3 Standardisation request analysis results 30
- 3.3.1 Major obstacles based on analysis 31
- 3.3.2 Required additional system components 32
- 3.3.3 Guiding principles for DPP system standards 32
- 4 Technical Standard Stack in detail 34
- 4.1 Domain data ecosystem 35
- 4.2 Responsibilities and rules 36
- 4.3 Processes 37
- 4.4 Core passport software services and application programming interfaces 40
- 4.5 Identity and access management 42
- 4.6 Data integration, distribution, exchange and protocols 46
- 4.7 Data storage and persistence 49
- 4.8 Data processing 50
- 4.9 Data models and data formats 52
- 4.10 Unique identifiers 56
- 4.11 Data carriers 58
- 4.12 Policy management and enforcement 60
- 4.13 IT governance 62
- 4.14 Security infrastructure 64
- 5 System Architecture 66
- 5.1 EC Central services 66
- 5.2 Distributed DPP system services 69
- 5.3 Third-party services 70
- 6 Key challenges and recommendations 71
- 6.1 Application of different data carriers 71
- 6.2 Allow different principles of unique identifiers 73
- 6.3 Routing to different distributed DPP Systems 74
- 6.4 Application of different data management technologies 75
- 6.5 Secure and reliable supply chain data acquisition and exchange 75
- 6.6 Seamless and secure provision of access to different stakeholder groups with sector-specific policies and rules 77
- 6.7 Cross-domain interoperability across different data spaces 79
- 6.8 Realise connectivity to products for dynamic data acquisition in use and r-phases 80
- 6.9 How to align with global DPP initiatives (sector, country) 81
- 7 Outlook 82
- 8 References 83
