EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
EU Battery
Regulation
2023/1542
ESPR Digital
Product
Passport
EPCIS 2.0
UNTP
DID /
Decentralized
Identity
W3C
Verifiable
Credentials
ISO
27001
Certified
Designed for interoperability with leading DPP standards and ecosystems.
Built to support compliance, traceability, identity, and secure data exchange across the battery value chain.
EU Battery Regulation 2023/1542
ESPR Digital Product Passport
GS1
Digital Link
EPCIS 2.0
Catena-X
UNTP
W3C Verifiable Credentials
DID /
Decentralized Identity
EU Battery Regulation 2023/1542
ESPR Digital Product Passport
GS1
Digital Link
EPCIS 2.0
Catena-X
UNTP
W3C Verifiable Credentials
DID /
Decentralized Identity
MEAtec Traceability
Every Battery Tells Its Story
From Mine to Second Life
MEAtec connects all stakeholders - from miners to recyclers - in one secure ecosystem that simplifies compliance and drives true circularity.
Miner
Shares static data on material origin and ESG performance to ensure transparent and responsible sourcing.
Refiner
Provides static data on refining processes and carbon footprint to guarantee material traceability and compliance.
Precursor & CAM
Provides static data on refining processes and carbon footprint to guarantee material traceability and compliance.
Cell & Module
Provides static and dynamic data on production quality and performance to enable lifecycle visibility.
OEM
Shares static and dynamic data on assembly, and performance to connect the battery with its digital passport.
Recycler
Shares static and dynamic data on recycling yield and recovered materials to close the loop in the circular system.
Collector
Provides static and dynamic data on collection, transport, and storage to maintain safe and traceable logistics.
User
Provides dynamic usage and State of Health (SoH) data to track real-world performance and value.
2nd User
Shares dynamic SoH and condition data to extend battery life through reuse or refurbishment.
Miner
Shares static data on material origin and ESG performance to ensure transparent and responsible sourcing.
Cell & Module
Provides static and dynamic data on production quality and performance to enable lifecycle visibility.
OEM
Shares static and dynamic data on assembly, and performance to connect the battery with its digital passport.
Recycler
Shares static and dynamic data on recycling yield and recovered materials to close the loop in the circular system.
1st-Life User
Provides dynamic usage and State of Health (SoH) data to track real-world performance and value.
2nd-Life User
Shares dynamic SoH and condition data to extend battery life through reuse or refurbishment.
Miner
Shares static data on material origin and ESG performance to ensure transparent and responsible sourcing.
Refiner
Provides static data on refining processes and carbon footprint to guarantee material traceability and compliance.
Precursor & CAM
Provides static data on refining processes and carbon footprint to guarantee material traceability and compliance.
Cell & Module
Provides static and dynamic data on production quality and performance to enable lifecycle visibility.
OEM
Shares static and dynamic data on assembly, and performance to connect the battery with its digital passport.
User
Provides dynamic usage and State of Health (SoH) data to track real-world performance and value.
2nd User
Shares dynamic SoH and condition data to extend battery life through reuse or refurbishment.
Collector
Provides static and dynamic data on collection, transport, and storage to maintain safe and traceable logistics.
Recycler
Shares static and dynamic data on recycling yield and recovered materials to close the loop in the circular system.
Data Visualization
Insights are presented through clear graphs and a user-friendly interface for easy interpretation.
Platform Analytics
Performance, safety, and health analytics are applied to generate actionable insights.
Data Storage
Cloud infrastructure is used for scalable and accessible storage of all processed information.
Data Pre-Processing
Data is aggregated, cleaned, and processed to maintain accuracy and consistency before analysis.
Secure Data Transition
APIs are used to ensure safe and reliable transfer of data between systems.
Data Sources
Field, lab and manifacturer data are collected to provide a complete view of battery performance and lifecycle.
Overview
Built for
EU Battery
Passport
Compliance
The transition to a circular and transparent battery ecosystem is accelerating as global regulations tighten. With the EU Battery Passport Regulation coming into force in 2027, every EV and industrial battery above 2 kWh will require a verified digital record.
This places new responsibility on manufacturers and market actors to collect, validate, and maintain accurate lifecycle data across their entire supply chain.
About Battery Passport
Everything You Need for
a Battery Passport
Create, manage and publish trusted battery passports with structured lifecycle data, secure access and built-in compliance workflows.
Battery Identity & Traceability
Create unique battery identities and connect product, supplier and manufacturing records across the value chain.
Lifecycle Data Management
Collect, update and maintain battery data from manufacturing and operation to second life and recycling.
Compliance & Data Governance
Validate required data, maintain version history and manage controlled access to trusted battery records.
Sustainability & Circularity
Enables reuse, second-life applications, recycling, and responsible end-of-life management through trusted data sharing.
EU Battery Regulation Roadmap for Battery Passports
The EU Regulation 2023/1542 requires Digital Battery Passports for industrial, EV, and LMT batteries, setting rules for design, traceability, safety, and carbon footprint, with a phased implementation and defined minimum content.
2026
Carbon Footprint
Performance Classes
introduction
Art. 7.2
Battery Passport
EV and industrial batteries- unique battery passport accessible via QR code
Art. 77
2027
2028
Carbon Footprint
Carbon Footprint maximum
threshold introduction
Art. 7.3
Recycled Content
Recycled content for batteries
containing LI, Ni, Co, or Pb inactive materials
Art. 8.1
2028
2031
Recycled Content Minimum
Minimum recycled content rates:
16% Co, 85% Pb, 6% LI, 6% Ni
Art. 8.2
Recycled Content Minimum
Minimum recycled content rates: 26% Co,85% Pb, 12% LI, 15% Ni
Art. 8.3
2036
Carbon Footprint & Performance
Battery Passport & Traceability
Recycled Content & Circularity
MEAtec helps prepare your data, processes, and supply chain for
every regulatory milestone.
Getting Started with Your
Battery Passport Journey
With MEAtec
Prepare your data, map your supply chain, define your digital ID strategy, and choose the right technology partner to unlock compliance and business impact.
1.
Partner Selection
Integrate ERP, MES, PLM, BMS and supplier data across the entire value chain.
2.
Validate & Govern
Map, validate and version battery data while managing access, data quality and audit histories.
3.
Publish & Create Value
Publish trusted passports and use lifecycle data for compliance, analytics and smarter decisions.
Meatec Platform
We Believe
Transparency
Drives Trust
MEAtec provides a secure and scalable platform that simplifies compliance and ensures end-to-end traceability. By enabling seamless data integration, standard-aligned reporting, and trusted information exchange,
OEM
Unified Traceability
End-to-end traceability for full transparency and trust.
Producer
Compliance Made Simple
Automated ESG reporting and effortless compliance.
Recycler
Enterprise Integration
Connecting OEMs and recyclers with real-time IoT insights.
End User
Real Time Battery Insights
Monitor battery health, lifecycle, and performance instantly using predictive analytics and connected BMS systems.
Recycler
Recycler’s Advantage
Gain instant access to upstream and downstream traceability data, enabling efficient second-life applications and responsible recycling.
OEM
Unified Traceability
End-to-end traceability for full transparency and trust.
Producer
Compliance Made Simple
Automated ESG reporting and effortless compliance.
Recycler
Enterprise Integration
Connecting OEMs and recyclers with real-time IoT insights.
End User
Real Time Battery Insights
Monitor battery health, lifecycle, and performance instantly using predictive analytics and connected BMS systems.
Recycler
Recycler’s Advantage
Gain instant access to upstream and downstream traceability data, enabling efficient second-life applications and responsible recycling.
Turn Battery Passport Compliance
Into a Competitive Advantage
MEAtec turns Battery Passport compliance into business value. The platform connects supplier, manufacturing and operational battery data to create trusted, traceable passports across the full lifecycle. The same data can then be used for performance monitoring, warranty, second-life and recycling decisions, going far beyond basic regulatory reporting.
Integration-First Architecture
Connect ERP, MES, PLM, BMS & supplier systems without rebuilding workflows.
Dynamic Battery Passports
Go beyond static records by connecting operational and lifecycle data.
Battery Intelligence Built In
Use the same data for analytics, digital twins, warranty and second-life decisions.
Enterprise Data Governance
Control access, validate data, maintain audit history and securely publish trusted records.
Core Platform Capabilities
MEAtec’s DBP platform combines real-time data, advanced analytics, and supply chain visibility to help manufacturers ensure compliance, improve efficiency, and drive sustainability.
Data ingestion and integration
Validation and quality controls
Passport creation and publication
Advanced Analytics and lifecycle intelligence
Automated Reporting
Key Features
Why
MEAtec
Stands Apart
Fragmented data, complex compliance, and limited ESG visibility create obstacles for all stakeholders.
Battery Passport + Battery Intelligence
in One Platform
Compliance Layer | Intelligence layer
Comply
Create, validate and publish battery passports.
Integrate
Connect supplier, ERP, MES, PLM and BMS data.
Understand
Use analytics and digital twins to interpret battery condition.
Optimize
Support warranty, operation, second-life and recycling decisions.
How the
MEAtec Platform Works?
The platform operates on a multi-layered architecture designed to collect,
process, and analyze battery data.
Data Visualization
Insights are presented through clear graphs and a user-friendly interface for easy interpretation.
Platform Analytics
Performance, safety, and health analytics are applied to generate actionable insights.
Data Storage
Cloud infrastructure is used for scalable and accessible storage of all processed information.
Data Sources
Field, lab and manifacturer data are collected to provide a complete view of battery performance and lifecycle.
Secure Data Transition
APIs are used to ensure safe and reliable transfer of data between systems.
Data Pre-Processing
Data is aggregated, cleaned, and processed to maintain accuracy and consistency before analysis.
Core Benefits
Value for
Every Stakeholder
We empower stakeholders with compliance, a unique digital identity, and seamless integration across the entire battery journey.
Increase Operational Efficiency
Optimize production processes with real-time insights and data-driven decisions.
Ensure Compliance
Stay ahead of EU regulations, reduce compliance risk and operational cost.
Maximize Performance
and Longevity
Enhance battery life and reliability to increase operational value.
Reduce Carbon Footprint
Track and minimize product emissions to support sustainability goals.
Under the Hood
Technology You can Trust
Our platform provides a robust foundation for secure battery data management. By bridging technical silos through global industry standards, we ensure your data remains protected, compliant, and ready for cross-border integration.
“Built with guidance from BatteryPass and CIRPASS initiatives.”
Interoperable Architecture
Built on FIWARE, Gaia-X,
and Catena-X principles.
Verifiable Data Layer
Supports EBSI / EUBW credentials, ensuring authenticity.
Secure Cloud +
Edge Deployment
ISO 27001 + SOC 2 certified
infrastructure.
Interoperable Architecture
Built on FIWARE, Gaia-X,
and Catena-X principles.
Verifiable Data Layer
Supports EBSI / EUBW credentials,
ensuring authenticity.
Secure Cloud + Edge Deployment
ISO 27001 + SOC 2 certified
infrastructure.
Industry Partners
Standards & Compliance
FAQ
Frequently Asked Questions
Find quick answers to the most common questions about our Battery Passport platform. Learn how it works, how to get started, and how it delivers value for every stakeholder.
What is a Digital Battery Passport (DBP) and why is it important for MEAtec?
A battery passport is a digital record that captures key information about a battery’s origin, materials, recyclability, and carbon footprint throughout its lifecycle. It enables transparent data sharing across the value chain, supporting sustainability and circular economy goals.
Why are DBPs critical for compliance?
Digital Battery Passports provide the structured, traceable and accessible battery data required to meet evolving EU regulatory requirements. They help manufacturers and other economic operators collect, validate and maintain information across the battery lifecycle, supporting regulatory reporting, transparency and auditability. MEAtec combines compliance workflows with data governance, traceability and secure data exchange to help businesses stay prepared for regulatory milestones.
Which industries can benefit from DBPs?
DBPs are particularly valuable across the battery and mobility ecosystem, including automotive and EV manufacturers, battery and cell producers, energy storage, industrial battery manufacturers, suppliers, fleet and mobility operators, second-life providers, collectors and recyclers. By connecting data from manufacturing through operation, reuse and recycling, DBPs give each stakeholder access to the information relevant to their role in the battery lifecycle.
How do DBPs support circular economy initiatives?
DBPs create a continuous digital record of a battery's materials, performance, condition and lifecycle. This makes it easier to assess batteries for reuse, refurbishment, second-life applications and recycling, while giving recyclers and other stakeholders access to trusted upstream and downstream data. By connecting these stakeholders, DBPs help extend battery life, improve material recovery and enable more transparent circular value chains.
Are DBPs mandatory for EU compliance?
Yes, for specific battery categories. Under the EU Batteries Regulation (EU) 2023/1542, from 18 February 2027, each electric vehicle battery, LMT battery, and industrial battery with a capacity above 2 kWh placed on the EU market or put into service must have a Battery Passport. The passport must contain defined battery and lifecycle information and be accessible through the required digital infrastructure.
© 2026 by MEAtec | All Rights Reserved.
Our Solutions
We address Challenges
in Battery Supply Chains
Fragmented data, complex compliance, and limited ESG visibility create obstacles for all stakeholders.