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Brussels, |
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Batteries & Energy Storage
Batteries and energy storage are becoming central to Europe’s energy transition and industrial strategy.
As wind and solar expand, the power system needs more flexibility to balance supply and demand, and storage is one of the most effective ways to provide it. Batteries also sit at the heart of transport electrification, and their diffusion increasingly supports the electrification of other sectors.
This growing relevance brings complexity. Batteries are not only a technology story, but a full value-chain and sustainability challenge: critical raw materials, manufacturing scale, environmental performance, and end-of-life management all matter. That is why EU policy has shifted from a narrow focus on collection rules toward a lifecycle framework covering design, market access, transparency, and recycling.
In parallel, Europe has built an innovation and coordination architecture to strengthen its industrial base. The European Battery Alliance and Batteries Europe align priorities across institutions, industry, and research, translating strategy into roadmaps and projects. EU collaborative research is channelled through dedicated partnerships, while industrial deployment is supported by instruments designed to de-risk first-of-a-kind investments.
This section reorganises the content into dedicated topic pages so readers can go straight to what they need: energy storage policy and tracking tools, the Batteries Regulation and compliance timeline, the R&I ecosystem, funding and scale-up instruments, and the latest consolidated evidence on manufacturing capacity and EV-battery self-sufficiency.
Use the navigation cards below to explore each section.
As wind and solar expand, the power system needs more flexibility to balance supply and demand, and storage is one of the most effective ways to provide it. Batteries also sit at the heart of transport electrification, and their diffusion increasingly supports the electrification of other sectors.
This growing relevance brings complexity. Batteries are not only a technology story, but a full value-chain and sustainability challenge: critical raw materials, manufacturing scale, environmental performance, and end-of-life management all matter. That is why EU policy has shifted from a narrow focus on collection rules toward a lifecycle framework covering design, market access, transparency, and recycling.
In parallel, Europe has built an innovation and coordination architecture to strengthen its industrial base. The European Battery Alliance and Batteries Europe align priorities across institutions, industry, and research, translating strategy into roadmaps and projects. EU collaborative research is channelled through dedicated partnerships, while industrial deployment is supported by instruments designed to de-risk first-of-a-kind investments.
This section reorganises the content into dedicated topic pages so readers can go straight to what they need: energy storage policy and tracking tools, the Batteries Regulation and compliance timeline, the R&I ecosystem, funding and scale-up instruments, and the latest consolidated evidence on manufacturing capacity and EV-battery self-sufficiency.
Use the navigation cards below to explore each section.
Access included with PRO, PLUS, and PREMIUM plans.
EU Energy Storage: Policy, Data and Tracking Tools
Commission guidance, key datasets, the Energy Storage Inventory, and links to official references.
Open page
EU Batteries Regulation: Sustainability Rules and Timeline
Lifecycle obligations, carbon-footprint requirements, performance classes, and consumer replaceability rules.
Open page
Battery R&I Ecosystem: EBA, Batteries Europe and the SET Plan
How Europe coordinates battery innovation: governance, working groups, roadmaps and priorities.
Open page
Funding and Industrial Scale-up: BATT4EU and IPCEIs
Main EU instruments for collaborative R&I and first-of-a-kind industrial deployment across the value chain.
Open page
Manufacturing Capacity and EV-Battery Self-Sufficiency
Where Europe stands on cell capacity, demand coverage, import reliance and strategic dependencies.
Open page
