Use the EU Batteries Regulation for battery-specific lifecycle duties and for product-group ecodesign duties created under its framework. The two laws share sustainability, traceability, conformity, and passport concepts, but ESPR does not replace the sector-specific rules for batteries and waste batteries. When both apply, reuse verified data and technical infrastructure while keeping each legal trigger, responsible operator, evidence record, and conclusion separate.
Comparison matrix
Batteries Regulation vs ESPR: where the duties differ
The rows below compare the named regimes without treating as a substitute for the Batteries Regulation.
Regulation (EU) 2023/1542 applies directly to batteries and waste batteries, with category-specific sustainability, safety, labelling, passport, collection, treatment, recycling, and reporting duties. Its separate Chapter VII due-diligence duties start for in-scope economic operators on 18 August 2027.
Second framework
ESPR
Regulation (EU) 2024/1781 creates a framework for ecodesign requirements for sustainable products. Its concrete duties depend on product-group delegated acts and related DPP rules.
Batteries Regulation vs ESPR: where the duties differ
The Batteries Regulation applies to all categories of batteries placed on the EU market or put into service, including portable, SLI, LMT, electric vehicle, and industrial batteries, and also batteries incorporated into or added to products.
covers physical goods broadly, including components and intermediate products, subject to the exclusions in Article 1(2). Product-specific ecodesign and DPP duties are set through delegated acts. ESPR does not move batteries out of the Batteries Regulation; it connects battery passports to the shared DPP registry and may separately regulate a surrounding product, component, or product aspect.
Start with the battery category and market-placement facts under Regulation (EU) 2023/1542. Then check the exclusions and whether a delegated act covers the surrounding product, component, or product aspect. A product that contains a battery can therefore require a battery compliance file, an ESPR product file, or both.
The Batteries Regulation defines economic operator broadly, including manufacturers, authorised representatives, importers, distributors, fulfilment service providers, and others with battery obligations. It also includes role-specific placing-on-market, conformity assessment, CE marking, EU declaration of conformity, and market-surveillance obligations.
also uses the product-law roles of manufacturers, authorised representatives, importers, distributors, dealers, fulfilment service providers, and other actors. For ESPR, the concrete responsibilities attach through the applicable ecodesign delegated act and the general ESPR conformity, DPP, registry, and market-surveillance rules.
Do not assign one generic product-compliance owner for both regimes. Battery engineering, product compliance, supply chain, producer responsibility, and recycling owners need separate battery records; owners need product-group delegated-act records.
The Batteries Regulation sets battery-specific lifecycle duties: carbon footprint declarations and later performance measures for covered rechargeable industrial, LMT, and EV batteries; recycled-content disclosure and targets for cobalt, lead, lithium, and nickel; substance restrictions; removability and replaceability; labelling and QR codes; due diligence; and waste battery collection, treatment, recycling, and material recovery.
sets the framework for product sustainability requirements such as durability, reliability, repairability, upgradability, reusability, recyclability, energy and resource efficiency, recycled content, substances of concern, and carbon or environmental footprint. The exact requirement depends on the delegated act for the relevant product group.
Do not convert 's product-parameter language into battery compliance by analogy. Battery carbon footprint, recycled content, removability, due diligence, and waste rules need Batteries Regulation evidence even when ESPR uses similar sustainability vocabulary.
From 18 February 2027, each LMT battery, each industrial battery above 2 kWh, and each EV battery placed on the market or put into service must have an electronic battery passport. The battery passport is accessed through a QR code linked to a unique identifier, and the economic operator placing the battery on the market must keep the information accurate, complete, and up to date.
creates the general DPP architecture for product groups: the delegated act specifies passport data, carrier, access rights, model/batch/item level, update rights, and availability period. ESPR DPP data must use open standards and interoperable, machine-readable, structured, searchable formats without vendor lock-in.
The battery passport uses the wider DPP system, but its trigger, data set, access categories, responsible operator, and lifecycle rules come from the Batteries Regulation. ESPR Article 13 requires the shared registry to store battery unique identifiers, and ESPR Article 78 added the battery operator's duty to upload the identifier. That system connection does not turn Annex XIII into a generic ESPR data set.
Battery evidence should be category-specific and model-specific where required: battery category, capacity, placing-on-market status, conformity file, carbon footprint declaration or study where applicable, recycled-content data, substance and labelling checks, QR/passport data, EPR registration, and recycler or recovery documentation. For Chapter VII, policy and supplier work before 18 August 2027 is readiness evidence; the verified policy, audit and annual-report duties attach from that amended start date where the operator is in scope.
evidence should start with the relevant delegated act: covered product group, product parameters, performance or information requirement, technical documentation, conformity assessment module, label or DPP data, data carrier, access-right mapping, and any registry submission.
A shared supplier data table is useful only if each data point is mapped to a source, product boundary, battery model or product group, access rule, owner, and update trigger. Reuse the data, not the legal conclusion.
The Batteries Regulation already contains detailed battery duties and gives the Commission powers to fill in technical methods and formats. One example is Delegated Regulation (EU) 2025/606, which establishes the methodology and documentation format for recycling efficiency and recovery of materials from waste batteries.
relies heavily on delegated acts to turn the framework into concrete product-group obligations. Those acts specify the covered product group, ecodesign requirements, conformity assessment procedure, information requirements, and any DPP details.
Track secondary acts separately. A battery delegated act can change how battery evidence is calculated or documented; an delegated act can create a new product-group obligation, but it does not erase Batteries Regulation requirements.
The Batteries Regulation is enforced through market surveillance for batteries that present a risk or are otherwise non-compliant. Authorities can require corrective action and, if compliance is not restored, restrict or prohibit availability, or order withdrawal or recall. Article 93 leaves Member States to set effective, proportionate, and dissuasive penalties; the EU regulation does not prescribe one uniform fine.
uses market surveillance and customs controls for products covered by the framework and applicable delegated acts. Member States must set effective, proportionate, and dissuasive penalties. Article 74 requires them at least to be able to impose fines and time-limited exclusion from public procurement, while the amount and application depend on national law and the circumstances listed in that article.
Non-compliance consequences come from each regime on its own basis. A battery failure is enforced and penalised under Regulation (EU) 2023/1542, while a product-group ecodesign failure is enforced and penalised under and its delegated act, so log incidents and penalty exposure separately.
The Batteries Regulation overlaps with on digital passport architecture, recycled content, carbon and environmental footprint, substances of concern, durability, and data carriers. It remains the source of the battery passport trigger, battery due diligence, battery removability and replaceability, and waste-battery collection, treatment, and recovery duties.
supplies shared DPP rules and the central registry connection. Article 13 says the registry stores battery unique identifiers, and Article 78 amended Batteries Regulation Article 77 to require the responsible operator to upload the identifier. ESPR remains distinct because product-specific ecodesign and DPP duties depend on delegated acts and do not create the battery lifecycle obligations in Regulation (EU) 2023/1542.
Treat the overlap as a chance to reuse data and interoperable passport design, not as a merger of duties. Where the regimes are distinct, keep a separate source, owner, and compliance record so a shared field never hides two different legal triggers.
Use the Batteries Regulation for battery-specific questions about carbon footprint, substance restrictions, labelling, QR codes, battery passports, due diligence, removability, waste collection, treatment, recycling, and recovery.
Use for product-group ecodesign, information, DPP, conformity, label, or registry questions only where a framework rule or delegated act actually covers the product or component.
When both regimes may apply, map each claim to the correct legal source first, then decide whether any data can be reused without merging the legal conclusions.
The Batteries Regulation applies to all categories of batteries placed on the EU market or put into service, including portable, SLI, LMT, electric vehicle, and industrial batteries, and also batteries incorporated into or added to products.
covers physical goods broadly, including components and intermediate products, subject to the exclusions in Article 1(2). Product-specific ecodesign and DPP duties are set through delegated acts. ESPR does not move batteries out of the Batteries Regulation; it connects battery passports to the shared DPP registry and may separately regulate a surrounding product, component, or product aspect.
Start with the battery category and market-placement facts under Regulation (EU) 2023/1542. Then check the exclusions and whether a delegated act covers the surrounding product, component, or product aspect. A product that contains a battery can therefore require a battery compliance file, an ESPR product file, or both.
The Batteries Regulation defines economic operator broadly, including manufacturers, authorised representatives, importers, distributors, fulfilment service providers, and others with battery obligations. It also includes role-specific placing-on-market, conformity assessment, CE marking, EU declaration of conformity, and market-surveillance obligations.
also uses the product-law roles of manufacturers, authorised representatives, importers, distributors, dealers, fulfilment service providers, and other actors. For ESPR, the concrete responsibilities attach through the applicable ecodesign delegated act and the general ESPR conformity, DPP, registry, and market-surveillance rules.
Do not assign one generic product-compliance owner for both regimes. Battery engineering, product compliance, supply chain, producer responsibility, and recycling owners need separate battery records; owners need product-group delegated-act records.
The Batteries Regulation sets battery-specific lifecycle duties: carbon footprint declarations and later performance measures for covered rechargeable industrial, LMT, and EV batteries; recycled-content disclosure and targets for cobalt, lead, lithium, and nickel; substance restrictions; removability and replaceability; labelling and QR codes; due diligence; and waste battery collection, treatment, recycling, and material recovery.
sets the framework for product sustainability requirements such as durability, reliability, repairability, upgradability, reusability, recyclability, energy and resource efficiency, recycled content, substances of concern, and carbon or environmental footprint. The exact requirement depends on the delegated act for the relevant product group.
Do not convert 's product-parameter language into battery compliance by analogy. Battery carbon footprint, recycled content, removability, due diligence, and waste rules need Batteries Regulation evidence even when ESPR uses similar sustainability vocabulary.
From 18 February 2027, each LMT battery, each industrial battery above 2 kWh, and each EV battery placed on the market or put into service must have an electronic battery passport. The battery passport is accessed through a QR code linked to a unique identifier, and the economic operator placing the battery on the market must keep the information accurate, complete, and up to date.
creates the general DPP architecture for product groups: the delegated act specifies passport data, carrier, access rights, model/batch/item level, update rights, and availability period. ESPR DPP data must use open standards and interoperable, machine-readable, structured, searchable formats without vendor lock-in.
The battery passport uses the wider DPP system, but its trigger, data set, access categories, responsible operator, and lifecycle rules come from the Batteries Regulation. ESPR Article 13 requires the shared registry to store battery unique identifiers, and ESPR Article 78 added the battery operator's duty to upload the identifier. That system connection does not turn Annex XIII into a generic ESPR data set.
Battery evidence should be category-specific and model-specific where required: battery category, capacity, placing-on-market status, conformity file, carbon footprint declaration or study where applicable, recycled-content data, substance and labelling checks, QR/passport data, EPR registration, and recycler or recovery documentation. For Chapter VII, policy and supplier work before 18 August 2027 is readiness evidence; the verified policy, audit and annual-report duties attach from that amended start date where the operator is in scope.
evidence should start with the relevant delegated act: covered product group, product parameters, performance or information requirement, technical documentation, conformity assessment module, label or DPP data, data carrier, access-right mapping, and any registry submission.
A shared supplier data table is useful only if each data point is mapped to a source, product boundary, battery model or product group, access rule, owner, and update trigger. Reuse the data, not the legal conclusion.
The Batteries Regulation already contains detailed battery duties and gives the Commission powers to fill in technical methods and formats. One example is Delegated Regulation (EU) 2025/606, which establishes the methodology and documentation format for recycling efficiency and recovery of materials from waste batteries.
relies heavily on delegated acts to turn the framework into concrete product-group obligations. Those acts specify the covered product group, ecodesign requirements, conformity assessment procedure, information requirements, and any DPP details.
Track secondary acts separately. A battery delegated act can change how battery evidence is calculated or documented; an delegated act can create a new product-group obligation, but it does not erase Batteries Regulation requirements.
The Batteries Regulation is enforced through market surveillance for batteries that present a risk or are otherwise non-compliant. Authorities can require corrective action and, if compliance is not restored, restrict or prohibit availability, or order withdrawal or recall. Article 93 leaves Member States to set effective, proportionate, and dissuasive penalties; the EU regulation does not prescribe one uniform fine.
uses market surveillance and customs controls for products covered by the framework and applicable delegated acts. Member States must set effective, proportionate, and dissuasive penalties. Article 74 requires them at least to be able to impose fines and time-limited exclusion from public procurement, while the amount and application depend on national law and the circumstances listed in that article.
Non-compliance consequences come from each regime on its own basis. A battery failure is enforced and penalised under Regulation (EU) 2023/1542, while a product-group ecodesign failure is enforced and penalised under and its delegated act, so log incidents and penalty exposure separately.
The Batteries Regulation overlaps with on digital passport architecture, recycled content, carbon and environmental footprint, substances of concern, durability, and data carriers. It remains the source of the battery passport trigger, battery due diligence, battery removability and replaceability, and waste-battery collection, treatment, and recovery duties.
supplies shared DPP rules and the central registry connection. Article 13 says the registry stores battery unique identifiers, and Article 78 amended Batteries Regulation Article 77 to require the responsible operator to upload the identifier. ESPR remains distinct because product-specific ecodesign and DPP duties depend on delegated acts and do not create the battery lifecycle obligations in Regulation (EU) 2023/1542.
Treat the overlap as a chance to reuse data and interoperable passport design, not as a merger of duties. Where the regimes are distinct, keep a separate source, owner, and compliance record so a shared field never hides two different legal triggers.
Use the Batteries Regulation for battery-specific questions about carbon footprint, substance restrictions, labelling, QR codes, battery passports, due diligence, removability, waste collection, treatment, recycling, and recovery.
Use for product-group ecodesign, information, DPP, conformity, label, or registry questions only where a framework rule or delegated act actually covers the product or component.
When both regimes may apply, map each claim to the correct legal source first, then decide whether any data can be reused without merging the legal conclusions.
How should teams decide whether Batteries Regulation, ESPR, or both apply?
Classify the item first: battery category, battery incorporated into a product, waste battery, product group, component, or intermediate product.
Apply Batteries Regulation duties directly to battery lifecycle topics such as carbon footprint, recycled content, removability, labelling, passport, due diligence, EPR, collection, treatment, recycling, and recovery.
Apply only where the framework or a product-group delegated act creates a product ecodesign, information, DPP, conformity, label, or registry requirement.
Reuse data only after confirming the same product boundary, model or item level, source article, economic operator, access-right rule, and update owner.
does not absorb battery compliance. It can add product-level ecodesign and DPP requirements, but battery passports, battery due diligence, battery removability, battery recycled-content rules, and waste-battery recovery methods remain battery-specific unless the legal text says otherwise.
A shared DPP platform does not create shared compliance. It can store battery and data, but each field still needs its own source article, access-right rule, model or item level, responsible economic operator, and update trigger.
The registry is a real legal connection between the regimes, not merely a design preference. Article 13 requires it to store battery unique identifiers, and the amendment to Batteries Regulation Article 77 requires the operator placing the battery on the market or putting it into service to upload the identifier. The detailed battery information remains in the decentralised passport maintained by the responsible operator.
Keep a battery compliance file for Regulation (EU) 2023/1542 even when the product team also tracks .
Keep an product-group file only where a delegated act or framework obligation applies to the product or product aspect.
Use one supplier questionnaire only if it clearly labels which fields support Batteries Regulation claims and which fields support claims.
Do not publish a single sustainability claim unless the source behind each part of the claim is identified.
For a combined Batteries Regulation and project, keep a crosswalk rather than a merged checklist. Each line should show the claim, the legal source, the affected product or battery boundary, the responsible economic operator, the data source, the publication location, and the next update trigger.
That crosswalk lets teams reuse engineering, supplier, and DPP data while preserving the legal separation between battery-specific duties and product-framework duties.
Claim or requirement: for example carbon footprint declaration, recycled content, passport field, removability, repairability, or DPP access right.
Source: Batteries Regulation article or annex, article, or ESPR product-group delegated act.
Responsible role: manufacturer, importer, distributor, fulfilment service provider, producer, recycler, or other economic operator.
Evidence: study, declaration, technical documentation, passport field, supplier record, due diligence report, recycling documentation, or registry submission.
Reuse decision: reusable as-is, reusable after transformation, not reusable, or blocked pending delegated act.
Registry record: unique product or battery identifier, upload owner, upload status, registration identifier where applicable, and the evidence that links the registry entry to the correct passport.