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Batteries Research and Innovation

Europe’s battery strategy is not only about regulation and industrial capacity; it is also about building a durable research and innovation (R&I) ecosystem that can keep pace with global competition. The EU approach combines stakeholder coordination, shared roadmaps, and targeted funding instruments in order to accelerate technological progress across the battery value chain—from materials and cell design to manufacturing, safety, sustainability, and end-of-life solutions.

This page explains the role of the European Battery Alliance (EBA), the function and governance of Batteries Europe, and how these efforts connect to the longer-standing coordination work under the Strategic Energy Technology Plan (SET Plan).

European Battery Alliance: the coordination “umbrella”

he European Battery Alliance provides the broad industrial and policy coordination framework for batteries in Europe. It was created to bring together EU institutions, Member States, industry, and the financial community behind a shared objective: developing a competitive and sustainable European battery value chain, while reducing strategic dependencies and supporting the energy transition.

In practical terms, the EBA has worked as a convening mechanism that helps:

• align industrial ambitions with policy priorities,
• mobilise investment across the value chain,
• connect regulatory and sustainability objectives with industrial scale-up,
• and create visibility around manufacturing and innovation projects in Europe.

Reference: European Battery Alliance (European Commission) — European Battery Alliance

European Battery Alliance: the EU technology and innovation platform

Batteries Europe, launched in 2019, is the EU’s dedicated technology and innovation platform operating under the EBA umbrella. It is run jointly by the European Commission and a broad range of battery stakeholders. Its mission is to translate high-level goals into an actionable innovation agenda—defining priorities, supporting roadmaps, and connecting stakeholders to funded collaborative work.

Batteries Europe’s role is especially relevant because it provides continuity and structure in a domain where innovation cycles are fast and global. Rather than fragmented projects, it promotes convergence around common objectives such as:

• improving performance, safety, and durability,
• lowering costs and environmental impacts,
• increasing manufacturing competitiveness,
• accelerating circularity (second life, recycling, and materials recovery),
• and strengthening Europe’s skills and industrial know-how.

Reference: SETIS Batteries Working Group / Batteries Europe — Batteries (SETIS)

How European Battery Alliance is governed

European Battery Alliance is built around a governance structure designed to ensure broad representation while keeping decision-making workable.

The core elements typically include:

• General Assembly
  A broad stakeholder forum that provides strategic direction and ensures representation across the ecosystem.
• Governing Board
  A decision-making body responsible for guiding priorities, validating roadmaps, and steering platform activities.
• Management Team / Secretariat
  Operational coordination, stakeholder engagement, and continuity across working streams.
• National Representatives Coordination Group (NRCG)
  A mechanism to coordinate with Member States and connect national priorities to EU-level roadmaps.
• Thematic Working Groups
  Expert groups that turn strategic goals into concrete R&I priorities and implementation lines.

This structure is intended to balance inclusion (many stakeholders) with effectiveness (clear priorities and deliverables).

Thematic Working Groups: how priorities are organised

Batteries Europe operates through six thematic working groups, often complemented by cross-cutting work on sustainability. While wording and scope can evolve, the working groups typically cover the core stages and challenges of the battery value chain:

• Working Group 1 — Raw materials and advanced materials - Focuses on critical raw materials, material substitution, responsible sourcing, processing, and new materials that can improve performance and reduce environmental impacts.
• Working Group 2 — Cell design and next-generation chemistries - Covers battery chemistry innovation, improved energy density and power, safety enhancements, and pathways beyond today’s mainstream chemistries.
• Working Group 3 — Manufacturing processes and scale-up - Addresses production efficiency, yield, quality control, gigafactory scale-up, and manufacturing competitiveness (including automation and digitalisation).
• Working Group 4 — Battery management, integration and applications - Focuses on system integration, battery management systems (BMS), pack architecture, performance in real conditions, and application-specific optimisation.
• Working Group 5 — Safety, reliability and testing - Deals with safety protocols, abuse testing, performance validation, standards alignment, and reliability under varied operating conditions.
• Working Group 6 — Circularity, recycling and second life - Targets end-of-life solutions, recycling processes, recovery of valuable materials, design-for-recycling, and second-life applications.

Cross-cutting sustainability stream

Many Batteries Europe activities explicitly integrate sustainability as a cross-cutting layer (carbon footprint, environmental performance, circularity metrics, traceability, and alignment with EU policy goals).

The SET Plan link: continuity in EU energy innovation governance

The Strategic Energy Technology Plan (SET Plan) has long been the EU’s framework for coordinating energy technology R&I. Batteries Europe builds on this tradition—particularly the earlier battery-focused action under the SET Plan—by providing a dedicated platform and structured working groups for battery innovation.

The key point for readers is continuity: Batteries Europe did not start from zero. It consolidates and extends prior coordination work, turning earlier strategic intent into a more permanent platform tied to current industrial and policy needs.

Reference: SET Plan Action 7 declaration of intent — Action 7 declaration (PDF)

From coordination to projects: the pathway into funded R&I

Batteries Europe acts as a bridge between strategic priority-setting and concrete projects, especially through the EU’s collaborative R&I ecosystem. In recent years, a large share of collaborative battery research has been channelled via dedicated partnership structures (covered in the funding page), but the key point here is the mechanism:

1. define priorities and roadmaps,
   
2. align stakeholders and Member States,
3. translate roadmaps into research topics and project pipelines,
4. connect the ecosystem to EU funding and industrial deployment instruments.

This is how Europe attempts to turn policy goals into sustained innovation capacity.

What to watch

• Roadmap coherence: whether priorities remain stable enough to create industrial traction while still adapting to technology evolution.
• Translation into manufacturing advantage: whether R&I outputs feed into scalable processes and competitive production.
• Skills and workforce: gigafactory scale-up requires specialised skills that must be developed in parallel.
• Circularity readiness: whether recycling and recovered materials scale at the pace implied by EV deployment.
• Governance effectiveness: broad stakeholder participation is valuable, but only if it produces clear, actionable priorities.