EU Batteries RegulationArticle 13Labels and consumer information

Article 13 battery labels and consumer information

Build the label file for batteries placed on the EU market: general Annex VI information, separate collection marking, heavy-metal symbols, QR code access, and category-specific capacity or duration notices.

This page focuses on the labeling and information controls a product team can verify before artwork release, packaging approval, conformity documentation, or market launch.

Author
Sorena AI
Published
May 9, 2026
Updated
Oct 15, 2026
Overview

Article 13 of Regulation (EU) 2023/1542 uses separate timing rules. The has applied since 18 August 2025; the QR code applies from 18 February 2027; and the general, capacity, and duration labels apply from the later of 18 August 2026 or 18 months after the Article 13(10) implementing act enters into force. Before approving artwork, identify the battery category, chemistry, heavy-metal status, label space, QR destination, and the act-dependent application date.

Section 1

Start with the Article 13 label inventory

Article 13 covers all five battery categories, including batteries incorporated into products and cells or modules supplied for end use as batteries. Regulation (EU) 2023/1542 excludes batteries incorporated into or specifically designed to be incorporated into equipment tied to Member States' essential security interests, arms, munitions or war material, except non-military products, and batteries incorporated into or specifically designed to be incorporated into equipment designed for space. Chapter III, which contains Article 13, also does not apply to equipment specifically designed for the safety of nuclear installations. Record the scope decision before selecting label fields.

The base label is separate from the already-applicable collection mark. Article 13 points to Annex VI Part A for general battery information, but that label begins on the later of 18 August 2026 or 18 months after the Article 13(10) implementing act enters into force. Build the file from product master data and record the implementing act used to calculate the release date.

The label inventory should identify the manufacturer, battery category, product identifier, manufacturing location, month and year of manufacture, weight, capacity, chemistry, hazardous substances other than mercury, cadmium or lead, usable extinguishing agent, and critical raw materials present above 0.1% weight by weight.

  • Manufacturer: ensure the battery carries the applicable Article 13 labels and markings and keep the label specimen in the technical documentation.
  • Create one label record per battery model or SKU version, with a controlled link to the approved bill of materials and technical documentation.
  • Separate fixed label content from values that vary by manufacturing plant, month and year, weight, capacity, or chemistry.
  • Do not treat carbon footprint, recycled-content, removability, or passport copy as substitutes for the Article 13 and Annex VI label fields.
  • Keep the exact printed label, package artwork, accompanying-document copy, and QR target in the same release record.
Recommended next step

Review Article 13 label evidence

This guide helps check battery label artwork, QR destinations, packaging fallback decisions, and the evidence file before EU market release.

Section 2

Apply category-specific capacity and duration notices

Article 13 uses the battery category to decide which performance notice belongs on the label. From the same act-dependent date as the general label, rechargeable portable batteries, light means of transport (LMT) batteries, and starting, lighting and ignition (SLI) batteries need capacity information. Non-rechargeable portable batteries need minimum average duration information for specific applications and a label indicating that the battery is non-rechargeable.

The release record should show which test value, declared capacity, or duration claim feeds the printed label and who approved it for the specific battery category.

  • For rechargeable portable, LMT, and SLI batteries, verify the capacity value before artwork approval.
  • For non-rechargeable portable batteries, verify the minimum average duration value, the application context used for that duration, and the visible non-rechargeable notice.
  • Where a product family contains both rechargeable and non-rechargeable variants, block shared packaging or artwork until the variant-specific notice is controlled.
  • For batteries prepared for re-use, prepared for repurposing, repurposed, or remanufactured, check whether new labels or markings are needed and whether the QR-linked information reflects the change of status.
Section 3

Control separate collection and heavy-metal marking

All batteries have needed the since 18 August 2025. The Regulation also gives sizing rules for the symbol and a packaging fallback where the battery is too small for the required symbol.

Article 13 separately requires Cd or Pb chemical symbols when cadmium or lead exceeds the stated thresholds. Those heavy-metal symbols are printed beneath the and sized relative to that symbol, so substance classification and label layout have to be reviewed together.

  • Confirm whether the crossed-out wheeled bin is printed or engraved on the battery itself.
  • Check symbol dimensions against the largest side of the battery, the cylindrical-cell rule where relevant, and the small-battery packaging fallback.
  • If the battery contains more than 0.002% cadmium or more than 0.004% lead, add Cd or Pb beneath the .
  • Keep the analytical or supplier evidence that supports the cadmium and lead marking decision with the released label file.
  • Make sure end-of-life instructions tell users that waste batteries are collected separately and do not conflict with the visible separate collection marking.
Section 5

Use packaging fallback only when the battery cannot carry the mark

Article 13 prefers the battery itself: labels and QR codes are printed or engraved visibly, legibly, and indelibly on the battery. Packaging and accompanying documents are the fallback only where battery nature or size makes direct marking impossible or not warranted.

The implementation file should therefore show why a fallback was used, where the information appears instead, and how the package or document remains tied to the exact battery model.

  • Document the physical reason direct battery marking is impossible or not warranted, such as size, form factor, or surface limitations.
  • Where Article 13(7) applies because direct marking is impossible or not warranted, ensure the applicable labels, , heavy-metal symbol, and QR code appear on the packaging and accompanying documents. The Article 13(4) small-battery fallback requires the separate collection symbol on the packaging.
  • For very small batteries, verify the packaging size rule before approving artwork.
  • Make packaging change control depend on the same label data source used for the battery and technical documentation.
  • Keep visual proofs showing legibility, indelibility where relevant, QR readability, and placement across the released packaging formats.
Section 6

Implementation evidence to keep with the released label

A defensible Article 13 file should let a reviewer trace each visible statement from source data to artwork. Keep it narrow: battery category, Annex VI fields, capacity or duration notice, , Cd/Pb decision, QR target, packaging fallback, and post-launch update ownership.

The evidence file should also include the specimen label because the Regulation's conformity documentation references the label required under Article 13. That specimen should match the product version actually placed on the market.

  • Battery category and model record used to select the Article 13 obligations.
  • Annex VI Part A data table with source systems and approval status for each label field.
  • Capacity or minimum-average-duration evidence, including the application context for non-rechargeable portable batteries.
  • Cadmium and lead assessment supporting whether Cd or Pb symbols are required.
  • Released artwork showing the , heavy-metal symbol if applicable, QR code, and fallback placement if used.
  • QR scan-test result, destination screenshot or export, and owner for keeping the linked information complete, up-to-date, and accurate.
  • Specimen of the Article 13 label included in the technical documentation or conformity file.
Primary sources

References and citations

eur-lex.europa.eu7 citations
Referenced sections
  • Primary legal source for Article 13 battery labeling, separate collection marking, Cd/Pb symbols, QR code linkage, packaging fallback, and label evidence.
  • Article 13 and Annex VI establish the label and marking requirements, including general battery information and QR code rules.
  • Article 13 specifies capacity labels for rechargeable portable, LMT, and SLI batteries, and minimum average duration plus a non-rechargeable notice for non-rechargeable portable batteries.
Show 4 more
  • Article 13 sets the separate collection symbol requirement, sizing rules, small-battery packaging fallback, and Cd/Pb heavy-metal marking trigger.
  • Article 13 and Annex VI define QR code access, battery passport linkage, information completeness, and readability expectations.
  • Article 13 provides the battery-first marking rule and the fallback to packaging and accompanying documents when direct marking is not possible or warranted.
  • Annex VIII technical documentation includes a specimen of the Article 13 label and supports keeping label evidence with conformity records.
"Labelling and marking of batteries"
More quoted passages
"general information on batteries"
"minimum average duration"
"symbol for separate collection"
"complete, up-to-date and accurate"
"visibly, legibly and indelibly"
"specimen of the label"
eur-lex.europa.eu3 citations
Referenced sections
  • Plain-language official summary confirming that the Regulation covers battery categories, labelling, QR codes, passports, collection, and recycling.
  • The EUR-Lex summary confirms that the Regulation covers labelling, QR codes, battery passports, and consumer information across battery categories.
  • The summary links the Regulation's labeling duties to waste-battery collection and recycling objectives.
"labelling, QR codes and battery passports"
More quoted passages
"collected, reused and recycled"
environment.ec.europa.eu3 citations
Referenced sections
  • Commission overview explaining the consumer-information purpose of battery labels, QR codes, and digital passport access.
  • The Commission explains the consumer purpose of labels and QR codes, including access to a digital passport with detailed battery information.
  • The Commission notes that implementing and delegated acts provide more detailed rules, so label controls should track secondary legislation as it is adopted.
"key data will be provided on a label"
More quoted passages
"implementing and delegated acts"
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