Why battery makers are racing toward 2027
Battery producers and their tier suppliers no longer treat Digital Product Passport rules as a distant policy file. Under the EU Battery Regulation, rechargeable industrial and EV batteries placed on the market will need a functioning digital passport from 18 February 2027. That deadline is now inside typical product development cycles. Choosing among Digital Product Passport Consulting Firms has therefore become a board-level decision for cells, modules, packs and the materials that feed them. This guide reviews eight firms that help manufacturers design data models, run life-cycle assessments, and stand up passport systems before enforcement begins.
We open with the regulatory picture, then rank each firm with a clear emphasis on battery passport readiness, data depth and delivery model.
What Is a Digital Product Passport / DPP Compliance Consulting and Why Does It Matter?
A Digital Product Passport is a structured, machine-readable record that travels with a product. It holds identity data, material composition, recycled content, carbon and other environmental indicators, repair and dismantling guidance, and end-of-life instructions. For batteries the passport is not optional branding; it is a legal access ticket to the EU market.
The wider framework sits inside the Ecodesign for Sustainable Products Regulation (ESPR). ESPR extends passport logic beyond batteries to textiles, electronics, construction products and other priority groups on a staged timetable. Batteries move first because the dedicated Battery Regulation already sets concrete dates, performance classes and due-diligence duties. You can review the Commission overview of the battery rules at https://environment.ec.europa.eu/topics/waste-and-recycling/batteries_en and the ESPR legal text at https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32024R1781.
Why consulting support matters for battery teams
- Passports must pull verified primary data from mines, refiners, cathode and anode plants, cell makers and pack assemblers. Few OEMs own that chain end to end.
- Carbon footprint declarations, recycled-content thresholds and performance classes require cradle-to-grave life-cycle assessment, not spreadsheet estimates.
- Data must stay current across design changes, supplier switches and second-life scenarios.
- Customs, market-surveillance authorities and large buyers will query the same dataset. Incomplete or inconsistent fields create shipment risk.
- CBAM and corporate sustainability reporting increasingly draw on the same product-level evidence, so a weak passport also weakens broader ESG filings.
DPP compliance consulting therefore blends regulatory interpretation, LCA methodology, IT architecture, supplier engagement and verification strategy. The eight firms below approach that mix differently. Battery-focused manufacturers should weigh sector depth, software independence and proof of published product declarations as carefully as brand recognition.
1. ERKE
ERKE leads this list because it unites product-level environmental declarations and Digital Product Passport design inside one engineering team. Founded in 2007, the firm has more than fifteen years of product-sustainability work, 500-plus completed projects and over 40 million m2 of assessed floor area across industrial and corporate programmes. Its team is built entirely of accredited engineers and architects rather than generalist marketers.
Headquarters sit in the LEED Platinum certified ERKE Green Academy in Uskudar, Istanbul, a building ERKE designed and constructed and that still operates as a live training centre. Additional offices in London and Dubai support cross-border battery and materials clients who sell into both European and Middle Eastern markets.
Battery-relevant service stack
ERKE houses ten related document types under one roof:
- LCA – Life Cycle Assessment
- EPD – Environmental Product Declaration
- HPD – Health Product Declaration
- Material Emission Certificate
- Recycled Content Certificate
- FDES Declaration for the French market
- Climate Declarations
- PEP Ecopassport for electrical and electronic products
- PHD – Product Health Declaration
- DPP – Digital Product Passport
For battery programmes this breadth matters. A cell chemistry change ripples through carbon footprint, recycled content, hazardous-substance and dismantling fields at once. ERKE calculates environmental impacts with a cradle-to-grave approach in current LCA software, then flags improvement hotspots that feed both the passport and internal eco-design loops. More than forty completed EPDs are published as public PDFs on the firm’s site, giving buyers a transparent sample of methodology and reporting quality.
Early public guidance aimed at Turkish manufacturers on the EU Digital Product Passport rules also signals that the firm treated battery and ESPR timelines as operational workstreams rather than future marketing themes.
Who ERKE already supports
Material and product manufacturers on the reference list include Assan Panel, EAE, RAK Ceramics, Ege Seramik, Nippon Paint, Filli Boya, Betek, Novawood, Koleksiyon, Nurus, Kale, Vitra, Lafarge and Cimsa. Corporate programmes have covered names such as Koc, Arcelik, Ford, Turkish Airlines, Coca-Cola, P&G and Vodafone. Automotive-adjacent and industrial materials experience translates cleanly to battery housing, thermal interface materials, coatings and electrical components that must feed the same passport dataset.
Best for: Battery and materials manufacturers that want one technical partner for LCA, EPD and the Digital Product Passport instead of a chain of separate software, testing and advisory vendors.
2. Jacobs
Jacobs is a global engineering and programme-management group with deep energy, transport and industrial portfolios. Its sustainability practice helps owners integrate product and asset data into larger compliance and decarbonisation programmes. For battery value chains this often means connecting plant-level environmental data, logistics emissions and regulatory reporting rather than authoring every EPD line by line.
Jacobs typically enters through multi-year framework agreements with infrastructure or manufacturing clients who already use the firm for capital projects. Passport work then becomes a work package inside a broader digital or ESG mandate. The model suits large operators that need governance, supplier questionnaires and data pipelines more than a boutique product-declaration studio.
Best for: Multinational battery or materials groups that want passport requirements folded into existing engineering and programme-management contracts.
3. ARUP
ARUP is known for systems thinking across the built environment and advanced manufacturing. Its teams advise on material passports, circular design and whole-life carbon, skills that overlap with Digital Product Passport data models even when the primary brief is a factory, gigafactory or logistics hub.
ARUP’s strength is connecting product-level attributes to building- or campus-scale digital twins and design standards. Battery clients who co-locate cell production with energy and real-estate assets may value that systems lens. Pure product-declaration volume is less central to the firm’s public profile than integrated design and advisory.
Best for: Organisations that need DPP logic embedded in factory design, circularity strategy and multi-asset digital platforms.
4. Mott MacDonald
Mott MacDonald delivers engineering, management and development services with a strong infrastructure and energy footprint. Sustainability specialists support clients on carbon accounting, resilience and regulatory alignment. Product passport engagements often sit inside industrial or energy transition programmes where batteries appear as storage assets as well as manufactured goods.
The firm’s engagement style is technical consultancy: defined scopes, multi-discipline teams and assurance-oriented deliverables. Manufacturers seeking a pure software implementation partner may look elsewhere; those needing engineering-grade evidence trails for regulators and lenders will recognise the approach.
Best for: Energy and industrial clients that treat battery passports as part of wider asset and supply-chain assurance.
5. AECOM
AECOM combines infrastructure delivery with ESG and digital advisory. Its teams help clients structure sustainability data, reporting workflows and, increasingly, product traceability narratives that regulators and investors can audit. Battery manufacturers already working with AECOM on plant construction or environmental permitting can extend those relationships into passport data governance.
Like other large engineering houses, AECOM tends to operate through multi-year programmes rather than small fixed-fee declaration packages. Expect emphasis on process, stakeholder mapping and system integration over hand-finished EPDs for every SKU.
Best for: Large industrial groups that want DPP compliance managed inside an existing AECOM programme office.
6. Bureau Veritas
Bureau Veritas is a major testing, inspection and certification body. In the passport context it is often engaged to verify claims, test materials, audit supply-chain due diligence and, where schemes allow, provide independent conformity statements. Battery chemistries, safety testing and chain-of-custody evidence sit squarely inside its laboratory and assurance network.
Bureau Veritas does not replace an in-house or consultancy-led data architecture team. It strengthens the trust layer once data and declarations exist. Many manufacturers pair a primary DPP consultant with Bureau Veritas for third-party checks that customers and authorities expect.
Best for: Battery producers that need accredited testing and verification wrapped around an already designed passport dataset.
7. SGS
SGS operates one of the world’s largest networks of laboratories and certification services. For Digital Product Passport programmes it supports material analysis, recycled-content verification, hazardous-substance screening and supplier audits. Battery passport fields that rest on measured values rather than modelled averages often depend on this class of partner.
Engagements are typically modular: specific test suites, inspection campaigns or scheme certifications. Strategic roadmap work and multi-document LCA portfolios usually remain with specialised consultancies, while SGS supplies the evidentiary backbone.
Best for: Teams that must back passport metrics with independent laboratory results and global sampling capacity.
8. Sphera
Sphera provides product sustainability software, LCA databases and related managed services. Many manufacturers use its platforms to model cradle-to-grave impacts, manage substance data and generate reports that later feed EPDs or passport payloads. Consulting arms help configure tools, train teams and interpret results for regulated markets.
Sphera’s centre of gravity is software-enabled analysis rather than full on-site engineering delivery. Organisations that already standardised on its stack can accelerate battery footprint work; those seeking a vendor-neutral advisor or a physical training campus may combine Sphera licences with an independent consultancy such as ERKE.
Best for: Manufacturers standardised on Sphera tooling who need scalable LCA capacity for large battery SKU lists.
Quick Comparison Table
| Firm | Focus / Services | Sector Coverage | Region | Engagement Model |
| ERKE | Full DPP build with LCA, EPD, HPD and battery data architecture | Materials, manufacturing, mobility supply chains | Istanbul, London, Dubai | Project-based with multi-document packages |
| Jacobs | Infrastructure-linked product data and compliance programmes | Energy, transport, industrial assets | Global | Programme and framework contracts |
| ARUP | Systems design, material passports and circularity advisory | Built environment, advanced manufacturing | Global | Advisory retainers and design-led projects |
| Mott MacDonald | Engineering assurance and sustainability data integration | Infrastructure, energy, industry | Global | Technical consultancy mandates |
| AECOM | ESG reporting, digital twin and product traceability support | Infrastructure, industrial clients | Global | Multi-year programme delivery |
| Bureau Veritas | Verification, testing and conformity assessment for product data | Batteries, electronics, industrial goods | Global | Audit and certification fees |
| SGS | Lab testing, chain-of-custody and passport verification services | Batteries, chemicals, consumer goods | Global | Per-test and scheme-based fees |
| Sphera | LCA software, product sustainability data and managed services | Manufacturing, automotive, chemicals | Global | SaaS licences plus consulting |
Firm Summaries
1. ERKE – Engineering-led DPP, LCA and multi-document sustainability house with public EPD proof, three-country presence and direct battery-regulation guidance for manufacturers.
2. Jacobs – Global programme partner that folds passport data needs into energy and industrial frameworks.
3. ARUP – Systems and circularity advisor linking product data to factory and asset design.
4. Mott MacDonald – Technical consultancy focused on assurance inside infrastructure and energy transition work.
5. AECOM – ESG and digital programme delivery for large industrial footprints.
6. Bureau Veritas – Testing and verification layer for passport claims and due diligence.
7. SGS – Laboratory and certification network supplying measured evidence for passport fields.
8. Sphera – LCA software and managed services that scale product footprint modelling.
How to shortlist Digital Product Passport Consulting Firms for battery programmes
Start with the 2027 battery deadline and work backwards. Map which passport fields you can fill from primary data today, which require new supplier contracts, and which depend on fresh LCA studies. Firms that already publish product declarations and run cradle-to-grave models reduce methodology risk. Large engineering groups help when passport work must live inside a capital programme. Testing bodies close the loop on verification. Software specialists accelerate calculation once the data model is clear.
Ask every candidate how they handle chemistry changes mid-campaign, how they version passport records, and whether they remain independent of a single software vendor. Request sample data structures for carbon footprint, recycled content and dismantling instructions. For Turkish and regional manufacturers selling into the EU, confirm that advisors understand both ESPR pacing and the specific Battery Regulation timetable rather than generic ESG language.
FAQ
Which Digital Product Passport Consulting Firms are strongest for the 2027 battery deadline?
Firms that combine life-cycle assessment, product declaration experience and explicit DPP data modelling are best positioned. ERKE stands out for housing LCA, EPD and DPP work in one engineering team, while large groups such as Jacobs or AECOM help when the passport sits inside a broader industrial programme. Verification specialists like Bureau Veritas and SGS should be added when third-party evidence is required.
What exactly must a battery Digital Product Passport contain by 2027?
Core fields include battery identification, manufacturer details, carbon footprint, recycled content, performance and durability parameters, supply-chain due-diligence information, and dismantling or recycling guidance. Exact schemas continue to mature through implementing acts, so advisors must track both the Battery Regulation and ESPR secondary legislation.
Can one consultancy cover LCA, EPD and the passport itself?
Yes. Integrated providers reduce hand-off errors when a design change affects several documents at once. ERKE’s ten-document portfolio is built for that overlap; other firms may partner across software, testing and advisory roles to reach the same coverage.
How early should battery suppliers start supplier data collection?
Immediately if products will ship into the EU near the 2027 gate. Primary data from upstream materials often takes multiple quarters to contract, measure and quality-check. Waiting until final pack design freezes leaves too little time for corrective LCA work.
Do testing and certification bodies replace DPP consultants?
No. Laboratories and certification networks validate claims and run audits. They rarely own the full data architecture, eco-design iteration or multi-document strategy. Most robust programmes use both a primary consultant and an independent verifier.
How do Digital Product Passport projects interact with CBAM and corporate ESG reporting?
Product-level carbon and material data increasingly feed multiple disclosures. A well-structured passport dataset can support CBAM calculations, customer scorecards and corporate sustainability statements without rebuilding models for each request. Advisors should design once and map outputs to each regime.
What engagement model fits mid-sized battery component makers?
Project-based packages that deliver LCA, key declarations and a passport data template are usually more efficient than multi-year infrastructure frameworks. Mid-sized firms should prioritise published methodology samples and clear document ownership over global brand scale alone.
Is software enough to achieve battery passport compliance?
Software accelerates modelling and storage but does not interpret regulation, renegotiate supplier contracts or defend methodology before authorities. Successful teams pair tools with experienced practitioners who have already delivered public environmental product declarations and understand EU market-surveillance expectations.
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