Build a Battery Digital Product Passport That Connects the Entire Battery Lifecycle
Turn fragmented battery, supplier and lifecycle data into a connected, verifiable digital record, ready to support EU Battery Passport requirements.
A Battery Digital Product Passport (DPP) brings together key information about a battery in a structured digital record, giving stakeholders greater visibility across the battery’s identity, composition, environmental performance, compliance and lifecycle.
Product Identity & Compliance
Unique identifiers, battery model and batch information, manufacturer details, QR/data carrier, CE marking, declarations of conformity and regulatory references.
Material Composition
Bill of materials, chemical substances, REACH-related information, restricted substances and recycled content.
Environmental Performance
Carbon footprint, energy use, durability, recyclability and repairability indicators.
Lifecycle Information
Repair guides, spare-parts availability, disassembly instructions and end-of-life disposal information.
DPPs are designed to support market surveillance, customs checks, sustainability claims, and consumer transparency—all in a machine-readable format.
DPP does not apply to all products at once. Coverage is introduced through product-specific delegated acts under ESPR.
Product scope expands progressively—early preparation is critical.
Batteries
Operational
Electronics & ICT
Priority
Textiles & Footware
Priority
Construction Products
Upcoming
Furniture & Consumer Goods
Upcoming
Connect Data Across Your Battery Ecosystem
Battery Manufacturers
Build structured product and lifecycle records.
EV Manufacturers
Connect battery information with vehicle and supply-chain data.
Battery Component Suppliers
Provide structured data to downstream customers.
Energy Storage Companies
Track industrial battery information across its lifecycle.
Recyclers & Second-Life Operators
Access relevant lifecycle and battery information needed for downstream processes.
Manufacturers
Responsible for generating product data, including material composition, production processes, and environmental metrics. DPP makes production transparency enforceable.
Brands
Carry market-facing and reputational responsibility. Must ensure sustainability claims, certifications, and product information align with verified DPP data.
Importers
Legally accountable under ESPR for placing compliant products on the EU market. Must verify DPP completeness, accuracy, and accessibility—even when data is created upstream.
Digital Product Passports (DPPs) are becoming a core regulatory requirement under emerging sustainability regulations worldwide.
Is your organization prepared to deliver structured, product-level transparency across your entire value chain?
This comprehensive readiness checklist evaluates your maturity across five critical pillars supply chain visibility, data architecture, digital infrastructure, governance, and regulatory exposure helping you identify compliance gaps before enforcement deadlines disrupt operations.
Benchmark enterprise readiness
Identify system and data gaps
Assess supplier traceability maturity
Strengthen governance & audit preparedness
Build a phased implementation roadmap
Assess your readiness now
DPP requirements roll out by product group, not as a single deadline. Timelines vary by product category and delegated act.
2024
The EU Ecodesign for Sustainable Products Regulation officially adopted
2024–2025
Product-specific requirements published for priority categories
2026+
Product-specific DPP requirements become mandatory
Companies must be DPP-ready before enforcement begins—there is no grace period at market surveillance.
Connect Battery Data From Source to End-of-Life
01
Create structured product records connecting products, components, materials and substances with DPP-specific data fields.
02
Collect supplier information through structured requests and extract and validate data from certificates and documents.
03
Assess DPP readiness, carbon footprint, substance compliance and evidence completeness across battery products.
04
Link test reports, declarations and certificates directly to product records and maintain an auditable evidence trail.
05
Monitor DPP readiness, data quality, deadline exposure and open supplier data requests through dashboards.
06
Publish the completed Battery DPP with a QR code, enabling appropriate access for consumers, businesses and authorities.
Go Beyond a Digital Passport
Multi-tier Supplier Data
Collect, validate and manage battery supply-chain information across suppliers
Product & Lifecycle Traceability
Connect materials, components, manufacturing and lifecycle events to battery-level records.
Enterprise Integration
Connect ERP, PLM and other enterprise systems into a structured DPP data foundation.
Compliance & Audit Readiness
Link certifications, declarations and supporting evidence to maintain traceable, audit-ready records.
Navigating ESPR-DPP Compliance with Confidence
The EU Battery Regulation requires a Battery Passport from 18 February 2027 for EV batteries, LMT batteries and industrial batteries above 2 kWh.
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Expert Guidance
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A Battery Digital Product Passport is a digital record containing information about a battery, including relevant product, sustainability, performance and lifecycle information.
The requirement applies to EV batteries, LMT batteries and industrial batteries above 2 kWh from 18 February 2027.
Requirements cover multiple categories of information, including battery identification, manufacturer information, performance and durability, carbon footprint, recycled content and lifecycle-related information.
TraceX can act as a connected traceability and data layer and integrate with existing enterprise systems, helping organisations bring supplier, manufacturing and lifecycle information together.
The stronger positioning is that TraceX provides the data and traceability foundation needed to build and manage DPP-ready battery records, rather than positioning the product simply as a QR-code/passport generator.
A Battery Digital Product Passport is a digital record containing information about a battery, including relevant product, sustainability, performance and lifecycle information.
The requirement applies to EV batteries, LMT batteries and industrial batteries above 2 kWh from 18 February 2027.
Requirements cover multiple categories of information, including battery identification, manufacturer information, performance and durability, carbon footprint, recycled content and lifecycle-related information.
TraceX can act as a connected traceability and data layer and integrate with existing enterprise systems, helping organisations bring supplier, manufacturing and lifecycle information together.
The stronger positioning is that TraceX provides the data and traceability foundation needed to build and manage DPP-ready battery records, rather than positioning the product simply as a QR-code/passport generator.