The Battery Regulation (EU) 2023/1542 is driving one of the most significant compliance shifts the battery and logistics industries have seen in recent years. The regulation introduces stricter rules around sustainability, sourcing transparency, recycling, labelling, and lifecycle traceability for batteries placed on the EU market.
Adopted in July 2023, the Regulation replaces the previous Batteries Directive (Directive 2006/66/EC) and forms part of the EU’s broader Green Deal and circular economy strategy. Its requirements apply to a wide range of battery categories, including electric vehicle (EV), industrial, portable, and light means of transport (LMT) batteries.
Supply chains face expanding documentation requirements
One of the regulation’s central objectives is improving transparency across the battery supply chain. Companies placing batteries on the EU market must now collect and maintain detailed records on raw material sourcing, carbon footprint data, recycled content, performance, and end-of-life handling.
For importers, customs operators, logistics providers and freight forwarders, this creates additional compliance responsibilities tied to the movement of batteries and battery components across international borders. Traditional shipping documentation may no longer be sufficient on its own, as operators increasingly need to manage sustainability-related information alongside customs and transport records.
The Regulation also introduces mandatory due diligence obligations for companies sourcing key raw materials such as lithium, cobalt, nickel, and natural graphite. Businesses will be required to identify and mitigate environmental and human rights risks throughout their supply chains.
Changes progressively applicable until 2030
The obligations under the Regulation will be phased in gradually from 2025 through 2030, and the various requirements will take effect over the course of several years.
Carbon footprint declarations, minimum recycled content thresholds, labelling rules, and collection targets will gradually tighten during this period.
Carbon footprint declaration
According to Article 7 of Regulation (EU) 2023/1542, the “carbon footprint” is an indicator of greenhouse gas emissions throughout the life cycle of a specific batteries, and not merely an emissions figure derived from its manufacture.
The formal carbon footprint declaration includes:
- the identification number of the EU declaration of conformity of the battery, and
- a web link giving access to a public version of the carbon footprint details of the battery.
Carbon footprint declaration obligations apply per battery category, on a phased schedule, depending on the publication and entry into force of the underlying delegated/implementing acts for the different types of products:
- Electric vehicle (EV) batteries: 18 February 2025, or 12 months after the delegated/implementing act enters into force, whichever is later — still pending.
- Rechargeable industrial batteries >2 kWh: or 18 months after the delegated/implementing act enters into force, whichever is later — still pending.
- LMT batteries (e-bikes, e-scooters): 18 August 2028 or 18 months after the relevant act enters into force, whichever is later.
- Rechargeable industrial batteries with exclusively external storage: 18 August 2030 or 18 months after the relevant acts enter into force, whichever is later.
Physical labelling becomes mandatory in August 2026
From 18 August 2026 (this date can shift to 18 months after the relevant implementing act enters into force, if that's later), the general labelling requirements under Article 13 and Annex VI, Part A become applicable to batteries placed on the EU market. Harmonized labelling expands from 18 August 2026, or 18 months after implementing acts enter into force if later.
For importers, this means batteries (standalone or built into a product) must carry a label showing:
- Manufacturer/responsible person identification (name, contact details)
- Battery category: portable, LMT, industrial, EV, or starter (SLI)
- Chemistry (e.g. Li-ion, NiMH, alkaline)
- Capacity: mAh/Wh for rechargeables, or minimum average duration/discharge rate for non-rechargeables
- Manufacturing date and weight
- Crossed-out wheelie-bin symbol for separate collection
- CE marking
- Hazardous-substance symbols (Pb, Cd, Hg) where thresholds are exceeded
- Safe-use/storage warnings (temperature, fire, disassembly, child safety)
If the battery itself is too small to carry all this (e.g. button cells), the information has to be moved to the packaging.
One crucial issue here is that these labelling requirements cover not just standalone batteries but any product with a battery inside (toothbrushes, remotes, mice, power tools, toys, etc.), so the scope for a general importer/distributor is very wide.
In addition, "importers" under the Regulation have independent legal obligations (verifying CE marking, technical documentation, and labelling before placing goods on the market), not just relying on the manufacturer.
Other relevant changes coming next
Digital battery passports in 2027
A major development under the Regulation is the introduction of digital battery passports, which become mandatory from 18 February 2027 for electric vehicle batteries and industrial batteries above 2 kWh capacity.
The battery passport system will provide accessible digital records containing information such as:
- Battery manufacturer details
- Carbon footprint declarations
- Material composition
- Recycled content percentages
- State of health and expected lifespan
- Recycling and dismantling guidance
The passports are intended to improve traceability and support recycling efficiency while giving regulators and supply chain stakeholders greater visibility into battery lifecycle data.
For logistics operators, this new exigence may require investment in digital infrastructure capable of integrating compliance data into warehouse management systems, customs workflows, and transport documentation platforms.
Preparing for the 2030 compliance landscape
These new EU requirements add another layer of operational complexity by linking sustainability reporting and product traceability to the movement of goods.
As the battery sector continues to expand alongside electric vehicle adoption and renewable energy investment, compliance management is expected to become a critical capability across global logistics and trade operations.
Customs declarations and shipment records may increasingly need to align with digital product information and regulatory databases. Inconsistent or incomplete compliance documentation could potentially delay customs clearance or increase audit exposure.
Companies involved in battery manufacturing, transportation, warehousing, customs processing, and recycling may need to reassess supplier verification procedures, digital data management systems, and end-to-end visibility strategies to remain compliant within the evolving EU regulatory framework.
However, industry organizations have also highlighted concerns around implementation timelines and technical readiness. Some harmonized standards and interoperable data systems are still developing, creating uncertainty for companies preparing for the upcoming deadlines.