What battery collectors need to know about traceability & tracking under EU laws
The Importance of Tracking Battery Waste to Comply with EU Standards
As the European Union accelerates its shift toward a circular economy, the regulatory framework governing batteries is becoming significantly stricter. At the heart of these changes is a clear mandate: battery traceability and tracking are no longer optional — they are legal and operational imperatives.
For battery collectors, this evolving landscape presents both a compliance challenge and a strategic opportunity.
Understanding the Legal Framework
The cornerstone of this shift is the EU Battery Regulation (Regulation (EU) 2023/1542), adopted in July 2023 and applicable across all Member States. This regulation replaces the 2006 Battery Directive and introduces mandatory requirements for the full lifecycle management of batteries, from design and production to end-of-life collection and recycling.
For collectors, several key responsibilities now apply:
Registration and Reporting
Collectors must be registered with national authorities and report the quantities and types of batteries collected. This information feeds into national statistics and helps track progress toward EU collection targets.
Documentation of Waste Flows
Detailed records must be kept on each collection batch, including:
- Battery type and chemistry (e.g. lithium-ion, nickel-metal hydride, lead-acid)
- Source and location of collection
- Date of collection
- Quantity and weight
- Storage and transport conditions
Battery type and chemistry (e.g. lithium-ion, nickel-metal hydride, lead-acid)
Source and location of collection
Date of collection
Quantity and weight
Storage and transport conditions
This documentation must be made available to both competent authorities and, in many cases, producers under Extended Producer Responsibility (EPR) schemes.
Safe Handling and Labelling
Improper handling of batteries, particularly lithium-ion cells, can lead to safety incidents. The regulation enforces specific standards for:
- Sorting by chemistry
- Secure packaging and labelling
- Compliance with ADR transport rules for hazardous goods
Sorting by chemistry
Secure packaging and labelling
Compliance with ADR transport rules for hazardous goods
Why Traceability Matters
Beyond legal compliance, traceability plays a vital role in building an efficient, transparent, and circular battery value chain.
Risk Reduction
By knowing the exact composition and condition of collected batteries, collectors reduce the risk of fire, leakage, or incorrect treatment — all of which carry legal and environmental consequences.
Market Access
More and more recycling partners, OEMs, and producers are demanding traceability data from their partners. Without reliable documentation, collectors may find themselves excluded from key contracts or partnerships.
Data-Driven Optimization
Accurate tracking also enables better route planning, resource allocation, and forecasting. With the right systems in place, traceability becomes a lever for operational efficiency, not just compliance.
Digital Tools and Best Practices
To comply with these requirements efficiently, battery collectors are increasingly turning to digital tools. These include:
- Barcode or QR-code systems to tag and trace containers or batches
- Cloud-based inventory platforms for real-time documentation
- Battery passports, a concept introduced in the regulation, which provide detailed product information from the manufacturer
- Automated identification and sorting systems based on battery form factor and chemistry
Barcode or QR-code systems to tag and trace containers or batches
Cloud-based inventory platforms for real-time documentation
Battery passports, a concept introduced in the regulation, which provide detailed product information from the manufacturer
Automated identification and sorting systems based on battery form factor and chemistry
Implementing such systems not only facilitates smoother inspections and audits but also strengthens long-term partnerships across the battery lifecycle.
The Road Ahead
As enforcement of the new regulation becomes stricter, and with additional requirements such as carbon footprint disclosures, recycled content targets, and due diligence obligations entering into force in phases, traceability will become even more central to battery logistics and recycling operations.
Battery collectors who invest now in robust, digital, and transparent tracking systems will not only ensure compliance — they will position themselves as trusted, strategic players in Europe’s emerging battery circular economy.
Are you prepared for the new traceability standards?
Companies that act early will have a significant advantage as the market consolidates around transparency, safety, and circularity.

Say hello to Khachatur, a passionate engineer who's been on an exciting journey in the world of electrical engineering. Having completed his PhD in Engineering at the University of Luxembourg, Khachatur is all about pushing the boundaries of technology. His main gig initially? Figuring out how to seamlessly integrate battery energy storage systems into power grids.
Before diving into his doctoral studies, he spent nearly four years as an electrical engineer, gaining hands-on experience across various industries. He was the go-to guy for building and testing custom electrical systems, always on the lookout for new ways to solve tricky problems.
What’s your role at Circu Li-ion?
Khachatur: I am a Cell and ESS Engineer at Circu Li-ion. Currently, my main focus is the diagnostics and discharging of batteries and battery energy storage system development. I am taking care of the development of our micromobility battery pack diagnostics and discharging machine that will help increase the number of upcycled batteries and increase the safety of the operation. Also, I am leading the development of our battery energy storage system made of second-life cells and modules that we automatically extract from end-of-life batteries.
What motivated you to join Circu Li-ion?
Khachatur: First of all, the vision of battery and cell upcycling and the ambitions of the company attracted me. Second, I like being hands-on and solving problems. So, the upcoming challenges associated with the big vision of the company made me curious to find solutions and solve them. The decision to join a startup was natural to me as I have worked both in big traditional companies and small startups and I knew that startups move faster and are more fun.
Thans for sharing, Khachatur. Looking forward to the journey ahead!
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