The Complete EU Battery Regulation Course

The section clearly defines the four main battery categories — portable, light means of transport (LMT), industrial, and electric vehicle (EV) batteries — and explains what compliance means for each type. You’ll also get to know the key actors involved in the Regulation: manufacturers, importers, distributors, and producers under Extended Producer Responsibility (EPR), as well as authorized representatives for non-EU companies. Through examples and visuals, you’ll see how these actors interact across the supply chain and what their respective legal obligations entail. The module highlights the timeline of obligations stretching from 2023 to 2035, showing when sustainability requirements, recycled content rules, and due diligence duties come into force.

We’ll also look at special cases and exemptions, such as military applications or small-scale research batteries, to clarify where the Regulation does not apply. By studying the progression from the old Directive to the new Regulation, you’ll understand how EU law is shifting toward a life-cycle and circular economy approach. This section provides a complete picture of how the Regulation sets out clear responsibilities, accountability, and compliance pathways for all economic operators.

In this section, we dive deep into the sustainability and safety requirements that form the backbone of the EU Battery Regulation. You’ll learn why batteries are both essential for the green transition and a source of environmental and social risks — from high carbon emissions and critical raw material use to toxic waste and resource depletion.

We’ll explore how the Regulation introduces carbon footprint declarations, requiring manufacturers to calculate, verify, and disclose the life-cycle emissions of their batteries starting from 2025.

You’ll discover how carbon-performance classes (A–E) will soon determine which batteries can enter the EU market, rewarding low-emission producers and gradually phasing out high-carbon models.

We’ll examine the recycled-content targets for cobalt, lithium, nickel, and lead, showing how circular-economy principles are embedded in law with binding thresholds for 2031 and 2036.

Through practical examples, you’ll see how companies must gather verified data and upload it to the EU Battery Database — making sustainability measurable and transparent. The section also explains the Regulation’s safety, durability, and performance standards, ensuring batteries last longer, are safer to use, and can be replaced or recycled more easily. We’ll then look at collection and recycling targets for different battery types and how producers must organize or finance take-back systems under Extended Producer Responsibility. You’ll understand how these rules protect consumers, reduce waste, and drive innovation in battery technology and materials recovery.

In this section, we unpack the due diligence and responsible sourcing obligations that make the EU Battery Regulation a true sustainability milestone.

You’ll learn how Article 48 and Annex X establish a mandatory due diligence framework covering human rights, environmental protection, and ethical business conduct throughout the entire battery value chain.

We’ll explore what this means in practice for companies that extract, refine, manufacture, or trade raw materials such as cobalt, lithium, nickel, and graphite.

You’ll discover the four essential pillars of due diligence: adopting a responsible sourcing policy, implementing a risk management system, undergoing independent third-party verification, and disclosing findings transparently.

Through real-world examples — like VoltEdge Batteries GmbH — you’ll see how EU-based manufacturers must assess and mitigate risks from mine to market, ensuring full traceability of materials.

The section connects these requirements to global standards such as the OECD Guidelines, UN Guiding Principles on Business and Human Rights, and ILO Conventions, giving learners a strong international perspective.

We’ll also examine how the Regulation complements other key EU initiatives — including the Corporate Sustainability Due Diligence Directive (CSDDD), the CSRD, and the EU Taxonomy Regulation — creating a coherent compliance ecosystem.

You’ll understand how to identify and prioritize risks, manage supplier relationships, and establish grievance mechanisms that allow affected communities and workers to report harm.

By following the due diligence process step by step, you’ll learn how to turn compliance into a tool for ethical sourcing, transparency, and competitive advantage.

By the end of this section, you’ll be equipped to design a robust due diligence system that not only meets EU legal standards but also enhances trust, accountability, and sustainability in your organization’s global supply chain.

In this section, you’ll explore one of the most innovative features of the EU Battery Regulation — the Battery Passport. You’ll learn what the Battery Passport is, why it matters, and how it creates a new level of transparency and traceability across the entire battery life cycle.

We’ll explain which batteries must have a digital passport — namely industrial and electric vehicle (EV) batteries above 2 kWh — and who is responsible for implementing it. You’ll discover what kind of data must be included, from carbon footprint and recycled content to safety, performance, and due diligence information. We’ll also examine how the Battery Passport connects with the EU Digital Product Passport initiative under the Ecodesign for Sustainable Products Regulation (ESPR), ensuring interoperability and data consistency across sectors.

You’ll understand how the system uses open data layers to balance transparency and confidentiality, giving different levels of access to consumers, regulators, and businesses. The section introduces how blockchain and traceability technologies can make the passport tamper-proof and auditable, guaranteeing the integrity of sustainability and sourcing data. You’ll follow each stage of the passport lifecycle — from raw material certification to manufacturing, product assembly, and recycling — seeing how digital tracking supports circularity in real time. We’ll look at how forward-thinking companies use the Battery Passport to demonstrate compliance, build consumer trust, and unlock green financing opportunities. By the end of this section, you’ll understand how the Battery Passport transforms compliance into a digital ecosystem of transparency, linking law, technology, and sustainability in one smart system.

In this section, we turn to the practical compliance elements of the EU Battery Regulation — how to label, document, and certify batteries for the EU market. You’ll learn about the labelling and QR code requirements that make sustainability information visible and traceable for every battery placed on the market. We’ll walk through what each label must include — from battery type, chemistry, and capacity to manufacturer details, safety symbols, and recycling instructions. You’ll see how QR codes link products directly to their Battery Passport and how these digital tools support market transparency and consumer awareness.

We’ll examine the technical documentation that manufacturers and importers must prepare before placing a battery on the market — including test results, carbon footprint declarations, and due diligence verification records.

You’ll learn about the different conformity assessment procedures, distinguishing between self-assessment routes for low-risk batteries and notified-body involvement for high-risk categories like EV or industrial batteries.

The section also covers the CE marking process, explaining how it certifies compliance with all applicable EU safety, performance, and sustainability requirements. We’ll discuss how market surveillance authorities monitor compliance, inspect documentation, and take enforcement action against non-conforming products. You’ll understand the potential penalties and corrective measures, including fines, product recalls, and public disclosure of violations. By the end of this section, you’ll know exactly how to prepare compliant documentation, affix the CE mark, and navigate the EU’s enforcement landscape — turning regulatory complexity into a clear, actionable compliance roadmap.

In this final section, you’ll learn how to translate legal requirements into practical corporate strategy and make the EU Battery Regulation part of your company’s sustainability DNA. We’ll explore how to integrate battery compliance into your overall ESG governance, ensuring board-level oversight, clear responsibilities, and measurable KPIs.

You’ll see how to embed the Regulation’s requirements into materiality assessments, linking topics like carbon footprint, circularity, and human rights directly to corporate priorities. We’ll cover how to define targets and indicators — such as CO₂ intensity per kWh, recycled content shares, and supplier audit coverage — and connect them to performance incentives and reporting frameworks.

The section shows how to align your internal systems with the Corporate Sustainability Reporting Directive (CSRD), especially ESRS E5 on Resource Use and Circular Economy, so that legal compliance becomes part of transparent ESG disclosure.  You’ll also discover how the Battery Regulation supports EU Taxonomy alignment, helping companies demonstrate that their battery-related activities meet “Do No Significant Harm” and sustainability criteria. We’ll walk through a comprehensive internal compliance checklist, covering governance, supply chain, documentation, labelling, and reporting responsibilities.

For small and medium-sized enterprises (SMEs), you’ll gain practical guidance on how to comply cost-effectively — using industry schemes, shared audits, and off-the-shelf life-cycle tools.

You’ll also learn how to design a phased implementation roadmap, from policy drafting and supplier screening to verification, CE marking, and public reporting. By the end of this section, you’ll have a complete picture of how to move from theory to action — turning regulatory obligations into a strategic advantage for innovation, credibility, and sustainable growth.