The digital product passport is becoming an important consideration for businesses involved in international battery supply chains. As the European Union prepares to introduce mandatory battery passports for certain products in February 2027, Australian battery manufacturers, critical minerals producers and material suppliers may need to review how they manage and share product information.
Australia supplies materials used in battery manufacturing, including lithium, nickel and other critical minerals. While upstream suppliers may not be directly responsible for issuing an EU battery passport, their customers may request supporting information about materials, processing and supply chain activities.
Understanding these differences is important because regulatory responsibilities depend on the product, the business’s role and the applicable requirements.
This guide explains the EU battery passport framework, relevant data requirements and practical steps Australian businesses can take to prepare.
What Is a Digital Product Passport for Batteries?
How a Digital Product Passport Supports Battery Traceability
A digital product passport is a structured digital record containing information about a product and its relevant characteristics.
For batteries, the EU framework connects information about a battery model and an individual battery with a unique identifier.
Depending on the applicable requirements, this information may include technical characteristics, performance, durability and lifecycle details.
A QR code provides a way to access relevant passport information, but the code itself is not the complete passport.
The underlying records must be organised, maintained and made available according to the applicable rules.
Some information will be publicly accessible, while other details will have restricted access.
This distinction matters because battery information can be useful to manufacturers, regulatory authorities and organisations involved in repair, reuse or recycling without making every supplier record publicly available.
Why Batteries and Critical Minerals Are Connected
Battery manufacturing involves materials sourced from different organisations and locations.
Lithium, nickel, cobalt and graphite are among the materials used in various battery technologies, although the composition depends on the battery chemistry.
Australian mining and mineral processing businesses may supply materials that eventually become part of batteries manufactured for international markets.
Battery manufacturers may require information about these inputs to support technical records, sourcing assessments or applicable environmental disclosures.
However, supplying a mineral does not automatically make a business responsible for creating a battery passport.
The direct obligation generally concerns the relevant economic operator placing a covered battery on the EU market.
Upstream suppliers may instead contribute records through commercial agreements and information requests.
Which EU Battery Passport Requirements Begin in 2027?
Understanding Digital Product Passport Regulation for Batteries
The EU Batteries Regulation (EU) 2023/1542 establishes the battery passport framework.
Under Article 77, passports are required from 18 February 2027 for covered batteries placed on the EU market or put into service.
These categories include electric vehicle batteries, light means of transport batteries and industrial batteries with capacities greater than 2 kWh.
The obligation does not automatically cover every battery or every Australian business involved in battery materials.
Responsibility generally sits with the economic operator placing the relevant battery on the EU market.
That operator may authorise another organisation in writing to create or maintain passport information on its behalf, while retaining responsibility for its accuracy and completeness.
Australian businesses should therefore establish whether they have a direct market responsibility or are supplying information to another operator.
What Information Is Required From February 2027?
An important feature of the EU digital product passport framework is that different information requirements have different application dates.
The European Commission has published guidance identifying battery passport data fields required from February 2027, fields applicable only in certain circumstances and fields that become relevant later.
Carbon footprint, recycled content and battery due diligence information will not all be mandatory passport entries when the passport requirement first begins.
These disclosures have separate regulatory application dates.
Battery due diligence obligations are scheduled to apply from 18 August 2027.
For Australian businesses, this means preparation should focus on the information actually required for the relevant battery category.
Collecting additional supporting records may be useful, but businesses should avoid assuming that every possible environmental disclosure is immediately compulsory.
What Information Do Battery Manufacturers and Suppliers Need?
Identifying Product Information for a Digital Product Passport
A digital product passport may combine information about a battery model with information specific to an individual battery.
Relevant categories can include battery identification, manufacturer details, technical specifications and applicable performance characteristics.
Some information relates to the battery when it is manufactured, while other information may change during its operating life.
This creates a need for consistent product identifiers and reliable records.
For example, a manufacturer should be able to distinguish general model specifications from information associated with one particular battery.
Technical documents also need to remain connected to the correct product records.
The precise information required depends on the battery category and applicable implementation dates.
Businesses should review the current European Commission data-point guidance rather than relying on generic lists of passport fields.
Preparing Critical Minerals and Supplier Records
Australian critical minerals producers and processors can begin by reviewing information their customers may request.
This could include material identification, relevant origin details, processing information, specifications and supporting documentation.
Not every supplier will need to provide the same information.
Requirements depend on the material, supply chain relationship and purpose of the request.
Businesses should distinguish information measured internally from supplier declarations or calculated results.
They should also identify the source of each record and whether it has been reviewed or updated.
Where environmental information is involved, supporting methodologies and evidence may be important.
Maintaining clear records can help suppliers respond to legitimate customer requests without treating every requested data field as a direct legal obligation.
How Does the Battery Passport Support a Circular Economy?
Connecting Battery Information With Reuse and Recycling
The relationship between a product passport and circular economy objectives is particularly relevant to batteries.
Batteries can move through different stages, including manufacturing, use, assessment, potential repurposing and eventual recycling.
At each stage, organisations may need information about the battery’s characteristics and condition.
Relevant technical and lifecycle records can help authorised parties understand whether a battery may be suitable for further use or requires another treatment pathway.
A digital product passport can support access to this information according to the applicable rules.
However, a passport does not automatically establish that a battery is safe to reuse or suitable for recycling through a particular process.
Those decisions still depend on technical assessment, safety requirements and the battery’s actual condition.
Managing Changes Throughout the Battery Lifecycle
Not all passport information remains unchanged after a battery enters service.
Certain dynamic data, including relevant battery health or status information, may need updating as circumstances change.
The responsible operator must ensure that applicable information remains accurate and current.
When a battery is repurposed or remanufactured, responsibilities may also change.
Under the EU framework, a new passport created following relevant lifecycle changes must be linked to the previous passport.
This helps maintain continuity between the original battery record and its later status.
Businesses preparing digital product passport information should therefore consider version history, authorised updates and record relationships.
These capabilities help preserve useful information beyond the original manufacturing stage.
How Can Australian Businesses Prepare Their Product Data?
Reviewing Existing Systems and Supplier Information
A digital product passport does not necessarily require businesses to replace their existing information systems.
Manufacturers and suppliers may already hold relevant records in enterprise resource planning systems, product databases, spreadsheets and document repositories.
Information may also be maintained through product information management or product lifecycle management software.
The challenge is identifying which system contains the reliable version of each record.
Businesses should review existing product identifiers, material specifications, supplier documentation and relevant technical evidence.
Missing information and inconsistent naming should be identified before data is exchanged.
For Australian suppliers, this review can also clarify which information is available internally and which requires input from customers or other supply chain participants.
Beginning with existing records makes preparation more practical than introducing a new platform before understanding the information requirements.
Building Reliable Data Governance and Traceability
Accurate information requires clear responsibilities.
Businesses should establish who maintains product specifications, supplier records and supporting documents.
Review procedures can help identify outdated information and changes that require approval.
Version history is useful when technical specifications, suppliers or processing arrangements change.
Access controls are also important because some information may contain commercially sensitive details.
Not every organisation or user needs access to the same records.
A well-managed digital product passport process should distinguish approved information from supporting evidence that requires restricted access.
This helps organisations prepare trustworthy information while maintaining appropriate control over how it is shared.
How Do You Choose the Right Digital Product Passport Platform?
Comparing Digital Product Passport Platform Capabilities
Choosing a digital product passport platform involves more than finding software that generates QR codes.
Businesses should consider whether the solution can organise product identifiers, materials, components and supporting documentation.
It should also be assessed for its ability to manage appropriate access permissions, information updates and relevant lifecycle records.
Integration is another important consideration.
A platform may need to work with existing ERP, PIM, PLM and supplier systems rather than replace them.
For battery applications, businesses should examine how the solution handles model-level information, individual battery records and applicable regulatory data structures.
Interoperability, information portability and ongoing maintenance responsibilities should form part of the evaluation.
No platform should be assumed to guarantee regulatory compliance simply because it provides digital passport functionality.
Evaluating Product Information and Governance Support
Australian businesses should ask providers how their systems maintain information accuracy and supporting evidence.
Important considerations include data ownership, supplier contributions, version control and access to restricted information.
It is also useful to establish how the platform accommodates changes to regulatory requirements or technical specifications.
Aleverum provides trusted product and asset intelligence infrastructure designed to organise product, material, supplier and lifecycle records with supporting evidence and governance controls.
Its approach complements existing enterprise systems and supports relevant digital product passport workflows.
For businesses reviewing platform options, the practical question is whether the proposed solution can support their actual product information and sharing requirements.
Product suitability, applicable standards and regulatory responsibilities should be assessed separately from the technology purchase.
What Should Battery and Critical Minerals Businesses Do Next?
Creating a Practical Digital Product Passport Readiness Plan
Businesses preparing for the digital product passport framework should first identify their role in the battery supply chain.
A company placing covered finished batteries on the EU market may have different responsibilities from an Australian mineral processor supplying raw materials.
The next step is to identify relevant battery categories, regulatory dates and information requirements.
Businesses can then review existing records to determine which information is available and which details are missing.
Supplier documentation, technical specifications and product identifiers provide a useful starting point.
A limited internal review of one representative product or material record may help identify gaps.
The aim is to understand information readiness before committing to a larger implementation.
Preparing for Future Requirements and Information Changes
Battery passport preparation will continue as regulatory requirements and technical guidance develop.
Businesses should monitor official EU updates and review information requirements when relevant legislation or guidance changes.
Internal procedures may also need adjustment as products, suppliers and manufacturing processes evolve.
Maintaining reliable records and clear responsibilities can make these changes easier to manage.
For Australian organisations working with complex product and supply chain information, Aleverum can be contacted to discuss governed product data, traceability and digital passport preparation.
The digital product passport is not simply a new product label. It depends on reliable information, appropriate access controls and clear accountability across participating organisations.
By identifying their responsibilities, preparing supporting records and evaluating suitable information infrastructure, Australian battery and critical minerals businesses can take practical steps towards meeting relevant customer and regulatory requirements.
