The Complete EU Batteries Regulation Guide for PrestaShop Merchants (2026)

The EU Batteries Regulation, formally Regulation (EU) 2023/1542, is one of the most consequential pieces of product law to reach online retail this decade — and, crucially, it does not only affect sellers of batteries. If you sell electronics, power tools, toys, wearables, wireless accessories or any product with a battery built in, this regulation reaches your catalogue. It governs how batteries are designed, labelled, documented and recovered across their entire life cycle, and it introduces the European Union’s first mandatory digital passport for a whole product class. For PrestaShop merchants trading across the single market, that combination of design rules, documentation duties and market-access consequences makes the Batteries Regulation impossible to treat as somebody else’s problem.

This guide explains the regulation in plain, practical terms for merchants running a PrestaShop store. It covers who is in scope, the battery categories and their different rules, the timeline of key dates, the battery passport and how it relates to the wider Digital Product Passport, labelling and QR codes, the new removability and replaceability design rule, carbon footprint and recycled content, Extended Producer Responsibility registration per Member State, due diligence, and how to translate all of this into concrete work inside PrestaShop. Because the regulation phases its obligations in over several years and delegates technical detail to future acts, we are careful throughout to flag future dates as scheduled or indicative rather than inventing certainty. For the underlying legal overview, see our https://prestashopcompliance.com/eu-laws/battery/ hub, and for a focused explainer on the passport itself, our https://prestashopcompliance.com/faqs/battery-passport-explained/ page.

Who is affected — including sellers of products that contain batteries

The single most important scoping point is this: the Batteries Regulation applies not only to batteries sold on their own, but to batteries incorporated into other products. A cordless drill, a Bluetooth speaker, a robot vacuum, a child’s ride-on toy, a smartwatch, an e-bike and a laptop all contain batteries within the meaning of the regulation. If you place any such product on the EU market, the battery inside it must comply, and several obligations flow through to you as the seller even when the cell was manufactured by someone else on another continent.

The heaviest obligations fall on manufacturers and importers — the economic operators who first place a battery, or a product containing one, on the EU market. But distributors and online sellers are not bystanders. A distributor must verify that the batteries it sells carry the required labelling, CE marking and, where applicable, a QR code and passport link, and must not make products available that visibly fail these requirements. Online sellers shipping into a Member State frequently become the party responsible for national EPR registration in that country. And every seller should prepare for the removability expectations and for surfacing passport data on product pages. In short: manufacturers and importers carry the design and conformity burden, but distributors and marketplaces carry real verification, registration and information duties of their own.

From Directive to Regulation: why this changes the game

Regulation (EU) 2023/1542 entered into force in 2023 and replaces the old Batteries Directive 2006/66/EC. As with the packaging rules, the shift from a directive to a regulation is more than housekeeping. A directive sets objectives that each Member State transposes into its own national law, which historically produced a patchwork of subtly different requirements. A regulation applies directly and uniformly across all Member States without transposition. The intended effect is a single, harmonised rulebook for how batteries are designed, labelled and documented throughout the European Union.

For a cross-border PrestaShop seller, harmonisation of the product rules is genuinely helpful: one labelling system, one passport model, one set of design expectations. But the same caveat that applies elsewhere in EU environmental law applies here. Extended Producer Responsibility for batteries remains organised nationally. Each Member State runs its own producer register and its own collection obligations. So while the design and information rules converge, you will still register and meet take-back duties country by country. Reading “regulation” as “one registration for all of Europe” is a costly misunderstanding — we return to EPR in detail below.

Battery categories under the regulation

The regulation applies to all batteries, and it divides them into categories because different obligations attach to each. Correctly classifying the batteries in your catalogue is the foundation for everything that follows, because it determines whether a passport is required, which labelling applies, and which targets are relevant. The main categories are set out below.

Category	Typical examples	Notable obligations
Portable batteries	AA/AAA cells, button cells, batteries in phones, toys, tools, wearables	Labelling, collection targets, removability/replaceability in appliances
LMT batteries (light means of transport)	E-bike, e-scooter and other light electric vehicle batteries	Battery passport, carbon footprint, labelling and QR
Industrial batteries	Energy storage, industrial equipment, backup power	Passport for those above 2 kWh, carbon footprint (rechargeable), recycled content
SLI batteries (starting, lighting, ignition)	Conventional automotive starter batteries	Labelling, recycled content, EPR
EV batteries	Traction batteries in electric vehicles	Battery passport, carbon footprint, recycled content, due diligence

For most online retailers the everyday reality is portable batteries and LMT batteries. A shop selling consumer electronics, tools or toys lives overwhelmingly in the portable category, where the removability rule and labelling matter most. A shop selling e-bikes or e-scooters steps squarely into the LMT category, where the battery passport applies. Map each product to its category early — it is the key that unlocks the rest of your obligations.

Timeline of key dates (scheduled and indicative)

The regulation entered into force in 2023, but its obligations switch on in stages across the decade, and several depend on delegated and implementing acts still to be finalised. The table below is a practical orientation, not a definitive legal calendar. Two dates deserve special attention: 18 February 2027, when both the battery passport for the relevant categories and the removability rule for portable batteries in appliances are scheduled to apply. Treat every future date as scheduled or indicative and confirm against the current official text before making irreversible commercial decisions.

Approximate timing	Obligation area	Status
2023	Entry into force of Regulation (EU) 2023/1542; replaces Directive 2006/66/EC	Fixed
Phased from 2024–2025 onward	Early obligations begin; general labelling and carbon-footprint groundwork phase in	Scheduled; act-dependent detail
18 February 2027	Battery passport for LMT, industrial batteries above 2 kWh, and EV batteries; QR code linking to information	Scheduled in text
18 February 2027	Removability and replaceability of portable batteries in appliances by end users (limited exceptions)	Scheduled in text
Later in the decade (around 2028 onward)	Recycled-content minimums for certain batteries (cobalt, lead, lithium, nickel) phase in	Indicative; act-dependent
Rising over time	Collection targets for portable batteries; recovery and recycling efficiency targets	Stepped targets in text

The planning message is that 18 February 2027 is the pivotal near-term date for online sellers. Both the passport and the removability rule cluster there, and both require preparation that takes months — supplier data collection for one, product-design and information changes for the other. The recycled-content and collection-target milestones sit further out, but they too reward early supplier engagement.

The battery passport and how it relates to the Digital Product Passport

The battery passport is the headline innovation of the regulation and, in practical terms, the European Union’s first mandatory Digital Product Passport for a whole product class. From 18 February 2027, LMT batteries, industrial batteries with a capacity above 2 kWh, and EV batteries must each carry a digital battery passport, accessible via a QR code, containing structured data about that specific battery. The passport is not a marketing brochure: it is a machine-readable record intended to travel with the battery through its life, supporting reuse, repurposing, repair and recycling.

The passport is expected to hold information such as the battery model and general characteristics, its material composition, its carbon footprint, its state of health and durability data, due-diligence information on the raw materials, and recycled-content figures. The precise data fields, formats and access rules are being set out in implementing acts, so the exact schema is not fully fixed today. What is clear is the direction: a QR code on or near the battery resolves to a record that authorities, recyclers and, for some fields, consumers can read.

The battery passport is best understood as the vanguard of the wider Digital Product Passport programme that the European Union is rolling out across many product groups under its sustainable-products agenda. The data discipline, the QR-linked record and the life-cycle framing all foreshadow how passports will work more broadly. If you already sell batteries or battery-containing products in the LMT, large-industrial or EV categories, you are effectively an early adopter of the DPP model. For the broader context and how passports will spread to other products, see our https://prestashopcompliance.com/eu-laws/dpp/ hub, and note the parallel packaging-data passport discussion under https://prestashopcompliance.com/eu-laws/ppwr/.

For most consumer-focused merchants, an important nuance is that the passport requirement targets LMT, larger industrial and EV batteries — not, at this stage, ordinary portable batteries. A shop selling AA cells or phones is not issuing a battery passport for those items in 2027. A shop selling e-bikes is. Knowing exactly which of your products fall into a passport category is therefore essential, and it flows directly from the category mapping described earlier.

Labelling, QR codes and the separate-collection symbol

The regulation sets out general labelling requirements so that consumers and recyclers can identify what a battery is and how to handle it. Batteries must carry information such as capacity, chemistry, and the presence of hazardous substances, together with the familiar crossed-out wheeled-bin symbol indicating separate collection. This separate-collection symbol is a long-standing feature of EU battery law and signals that batteries must never go into general household waste.

Layered on top of the printed label is a QR code. From 2027, batteries are scheduled to carry a QR code that links to information about the battery — and, for the categories that require a passport, that QR code is the gateway to the passport record. The QR requirement and the passport requirement are closely bound together for LMT, large industrial and EV batteries: one scan resolves to the structured data. For other batteries, the QR still links to relevant information even where a full passport is not mandated.

Because the exact pictograms, formats and QR specifications are being fixed by implementing acts, do not finalise bespoke label artwork prematurely. What you can do now is ensure you know, for every battery and battery-containing product you sell, its chemistry, capacity and hazardous-substance status, because that knowledge is the prerequisite for correct labelling. Merchants who already hold this data per SKU will find the labelling transition far smoother than those who must chase it from suppliers at the last minute.

Removability and replaceability: a major design change

Of all the provisions, the removability and replaceability rule is the one most likely to reshape the products on your shelves. From 18 February 2027, portable batteries incorporated into appliances must be designed so that end users can readily remove and replace them, subject to limited exceptions. The intent is to end the era of sealed, glued-in batteries that force a whole device to be discarded when its cell degrades. For any product with a built-in battery — earbuds, some wearables, cordless gadgets, small appliances — this is a fundamental design expectation, not a cosmetic tweak.

The rule is aimed at manufacturers, because it is a design requirement, but its consequences ripple straight through to sellers. Products designed today for placement on the market after the rule applies must anticipate it. Distributors and online sellers should expect manufacturers to redesign affected products, should prepare to communicate replaceability and spare-part availability on product pages, and should be ready to answer customer questions about how a battery is removed and replaced. There are limited exceptions — for instance where continuous water immersion or safety and performance reasons genuinely justify a sealed design — but these are narrow and must be justified, not assumed.

Practically, if your range includes built-in-battery products, start a conversation with your suppliers now about their 2027 readiness. Ask which products will be redesigned for user-replaceable batteries, what spare batteries will be offered, and what removal instructions will accompany them. A shop that can show shoppers exactly how a battery is swapped, and that stocks the spare, turns a compliance requirement into a repairability selling point.

Carbon footprint and recycled content

The regulation introduces carbon-footprint obligations for certain batteries — notably EV, LMT and rechargeable industrial batteries — phased over time. These require a declared carbon footprint calculated by a defined methodology, and eventually performance classes and thresholds. The precise methodologies, declaration formats and dates are being set out in delegated and implementing acts, so treat the specifics as phased and act-dependent. The strategic point for a merchant is that carbon-footprint data becomes part of the documentation package a compliant battery carries, and part of the passport for the relevant categories.

Alongside carbon footprint, the regulation sets minimum recycled-content requirements for certain batteries, targeting specific materials — cobalt, lead, lithium and nickel — with minimums that phase in later in the decade and rise over time. As with the packaging rules, the exact percentages and the verification methodology are fixed by acts, so this guide deliberately avoids quoting figures that could be wrong for your chemistry or premature. What matters operationally is documented evidence: you will need supplier declarations of recycled content, not verbal assurance. Begin building that supplier data trail now, capturing chemistry, claimed recycled-content percentages and the basis for each claim.

These data points do not exist in isolation. Carbon footprint and recycled content are exactly the fields the battery passport is designed to carry, and they overlap with the broader passport programme discussed on our https://prestashopcompliance.com/eu-laws/dpp/ hub. Treating them as structured product data now means that feeding a passport later is a matter of exporting existing fields rather than a scramble to collect missing ones.

Collection, take-back and EPR registration per Member State

This is where cross-border sellers most often get caught out. Extended Producer Responsibility makes the party that first places batteries — or products containing batteries — on a national market responsible for registering with that country’s battery producer register and meeting take-back and collection obligations. For distance selling, the party shipping goods into a Member State is frequently the one that “places” the battery on that market, which means the online seller, or its appointed representative, can carry the obligation in the destination country rather than the country of establishment.

Because battery EPR schemes are national, you must register and report in each Member State where you place batteries on the market. The regulation also raises collection targets for portable batteries over time and sets recovery and recycling efficiency targets, all funded through producer responsibility. The table below outlines the recurring per-country pattern; the specifics differ by country, so treat it as a template and confirm each scheme’s exact requirements.

Step per destination country	What it involves	Notes
Identify obligation	Confirm you are the party placing batteries (or products containing them) on that market	Often the case for cross-border distance sellers
Appoint a representative if required	Some Member States require a local authorised representative for foreign sellers	Common for EPR schemes
Register with the national battery register	Obtain a producer registration number	Register per country; keep numbers on file
Join a compliance / PRO scheme	Contract with a producer responsibility organisation for take-back	Funds collection and recycling
Report volumes and meet take-back duties	Declare batteries placed on market by category and weight; support collection	Requires accurate per-category data

Note that battery EPR sits alongside other national and EU duties. A single cross-border shipment of a battery-containing electronic product can trigger battery EPR, packaging EPR under https://prestashopcompliance.com/eu-laws/ppwr/, and general product-safety obligations under https://prestashopcompliance.com/eu-laws/gpsr/ simultaneously. Treat these as parallel compliance streams that share underlying product data rather than isolated tasks.

Due diligence on raw materials

The regulation introduces supply-chain due-diligence obligations focused on the raw materials used in batteries — materials such as cobalt, lithium, nickel and natural graphite that carry known environmental and social risks. Larger economic operators must establish and implement due-diligence policies that identify, prevent and address adverse impacts in their supply chains, with the scope and thresholds defined in the regulation and refined by guidance and acts.

For most small and mid-sized online sellers, the direct due-diligence burden falls upstream, on manufacturers and importers above the relevant size thresholds, rather than on the distributor reselling finished goods. Even so, due-diligence information is one of the data points the battery passport is expected to carry, so it will surface in the documentation you handle. The sensible posture for a merchant is to source from suppliers who can demonstrate their own due-diligence compliance, and to retain the declarations they provide.

CE marking and conformity

Batteries placed on the EU market must meet the regulation’s requirements and carry the CE marking, which signals that the manufacturer declares conformity with the applicable EU rules. Behind the CE mark sits a conformity-assessment process, technical documentation and an EU declaration of conformity. As with other CE-marked products, the manufacturer or importer is primarily responsible for ensuring and declaring conformity, while distributors must check that the marking, documentation and required information are present before making a battery available.

For a distributor or online seller, the practical duty is verification rather than assessment. Confirm that batteries and battery-containing products you list bear the CE marking, that the required labelling and, where applicable, the QR code and passport link are present, and that documentation is available on request. If a product visibly lacks these, treat that as a red flag and do not make it available until it is resolved. Keeping supplier declarations of conformity on file protects you if a market-surveillance authority asks.

What merchants must do NOW — checklist

• Inventory every product you sell that is a battery or contains a battery, including electronics, tools, toys and wearables, and tag each with its battery category.
• For each battery, record chemistry, capacity, hazardous-substance status, recycled-content claim and its evidence, and carbon-footprint data where relevant.
• Identify which products fall into a battery-passport category (LMT, industrial above 2 kWh, EV) ahead of 18 February 2027.
• For built-in-battery products, ask suppliers about 2027 removability and replaceability readiness and spare-battery availability.
• Verify that batteries and battery-containing products carry CE marking, correct labelling, the separate-collection symbol and, where applicable, a QR code and passport link.
• Map every EU destination country you ship to and confirm your battery EPR registration and take-back obligations in each.
• Appoint authorised representatives where destination markets require them, and store per-country registration numbers.
• Set up a supplier data-request process so chemistry, recycled-content, carbon-footprint and due-diligence declarations arrive as standard.
• Prepare your product pages and artwork workflow to display passport QR links, removability information and labelling without major rework.
• Assign an owner to monitor delegated and implementing acts as the passport schema, methodologies and thresholds are finalised.

PrestaShop implementation notes

Battery compliance becomes a data and configuration exercise inside PrestaShop. The platform already carries much of the structure you need; the work is capturing the battery-specific data accurately and surfacing it in the right places. The areas below are where to focus.

Product features for battery data

PrestaShop has no native “battery chemistry” or “battery capacity” field, so create them using product features or a custom attribute convention. For each product, record whether it contains a battery, the battery category, chemistry, capacity, hazardous-substance status, recycled-content claim and carbon-footprint data where relevant. Storing this as structured features — rather than free-text description notes — is what makes labelling, EPR reporting and any future passport export feasible. Consider a small custom module or a rigorously applied features convention so the data stays consistent across your catalogue.

Displaying the QR code and passport link

For products in a passport category, plan how the QR code and passport link will appear. This may mean adding a passport-URL field per product and rendering the QR and a “battery passport” link on the product page, so that shoppers, and later authorities and recyclers, can reach the record. Even before the full schema is fixed, building the field and the display template now means you can populate the link as suppliers provide it, rather than retrofitting your theme under time pressure in early 2027.

Per-market EPR registration numbers

Some marketplaces and carriers already ask for battery EPR registration numbers, and destination-country rules may require them in specific contexts. Keep a clean register of your EPR numbers per country, linked to the corresponding PRO scheme, and store them where your order and invoicing workflow can surface them when needed. A simple, well-maintained lookup table prevents the last-minute scramble of a marketplace demanding a number you cannot immediately produce.

Labelling of listings and spare-parts information

Reflect battery information in your listings: chemistry, capacity, the separate-collection message, and, for built-in-battery products, clear removability and replaceability information. Where a product has a user-replaceable battery, list the compatible spare battery as a linked product and provide removal instructions or a link to them. This both supports compliance and improves the customer experience, turning the repairability agenda into a genuine selling point. Structure this information so it can be maintained per SKU as your range evolves.

Common mistakes

• Assuming the regulation only affects sellers of standalone batteries, and overlooking products with built-in batteries such as electronics, tools, toys and wearables.
• Believing that because it is a regulation, one EPR registration covers the whole EU. Battery EPR remains national — you register per country.
• Thinking every battery needs a passport in 2027. The passport applies to LMT, industrial batteries above 2 kWh and EV batteries — not ordinary portable batteries at this stage.
• Ignoring the removability rule until 2027, when supplier redesign and spare-part sourcing take months to arrange.
• Quoting exact recycled-content or carbon-footprint figures before the delegated and implementing acts fix them.
• Collecting no supplier evidence, leaving you unable to substantiate chemistry, recycled-content or conformity claims at audit.
• Storing battery data in free-text notes rather than structured fields, making labelling, reporting and passport export painful later.

Mini-FAQ

I only sell electronics, not batteries — does this apply to me?

Yes. The regulation covers batteries incorporated into products, so if your electronics, tools, toys or wearables contain batteries, they are in scope. The battery inside must comply with labelling, design and, for the relevant categories, passport requirements, and you may carry verification and EPR duties as the seller. Selling only finished products does not exempt you from the battery rules.

Do all my batteries need a battery passport from 2027?

No. From 18 February 2027 the passport applies to LMT batteries, industrial batteries with a capacity above 2 kWh, and EV batteries. Ordinary portable batteries — the AA cells and phone batteries most consumer shops sell — are not required to carry a full passport at this stage, though they remain subject to labelling and collection rules. Map your products to their category to see which, if any, need a passport.

What is the removability rule and when does it apply?

From 18 February 2027, portable batteries built into appliances must be designed so that end users can easily remove and replace them, with limited exceptions. It is primarily a manufacturer design requirement, but sellers should prepare to communicate replaceability and stock spare batteries. If your range includes sealed built-in-battery products, ask suppliers now about their 2027 redesign plans.

Where do I register for battery EPR?

In each EU Member State where you place batteries, or products containing batteries, on the market. Battery EPR schemes are national, so a cross-border seller typically registers and meets take-back obligations country by country, often appointing a local authorised representative where required. Keep your per-country registration numbers on file and accessible to your order workflow.

How does the battery passport relate to the Digital Product Passport?

The battery passport is effectively the European Union’s first mandatory Digital Product Passport, and it pioneers the model that will spread to other product groups. The QR-linked, structured, life-cycle record you build for batteries is the same pattern the wider DPP programme will use. See our https://prestashopcompliance.com/eu-laws/dpp/ hub for how passports are expanding, and our https://prestashopcompliance.com/faqs/battery-passport-explained/ page for a focused explainer.

This guide is provided for educational purposes only and does not constitute legal advice. The EU Batteries Regulation phases its obligations over several years and delegates significant technical detail to delegated and implementing acts that may not yet be finalised, and the dates, thresholds and requirements described here are scheduled or indicative and subject to change. Always consult the current official text of Regulation (EU) 2023/1542 and a qualified professional before making compliance decisions for your business.