Omnibus on chemicals
DG GROW – Executive Vice-President SÉJOURNÉ

AgoraEU and Justice programmes
DG CNECT – Executive Vice-President VIRKKUNEN

The European Democracy Shield
DG JUST – Commissioner MCGRATH

By Paul Rübig

Sodium batteries are emerging as an alternative to traditional lithium‑ion systems for a range of strategic sectors. For this reason, in our opinion, we highlight their importance in boosting the EU’s energy independence and competitiveness in the global market.

By Paul Rübig

Sodium batteries are emerging as an alternative to traditional lithium‑ion systems for a range of strategic sectors. For this reason, in our opinion, we highlight their importance in boosting the EU’s energy independence and competitiveness in the global market.

Sodium batteries offer not only a more environmentally friendly option, but also an opportunity for Europe to develop an ecosystem that integrates research, industry and workforce development. Building such an ecosystem requires strong collaboration among stakeholders, including governments, the private sector and research and technology organisations.

To fully leverage the potential of sodium battery technology, the EU needs to implement support measures such as investment subsidies and production tax credits. These financial incentives can stimulate demand and help scale up production. Our opinion also calls for increased investment in collaborative research and development (R&D), particularly in areas such as solid electrolytes and sodium-saltwater systems, with a proposed budget of at least EUR 220 billion.

Furthermore, the sustainable manufacturing of sodium batteries is essential. The production process should prioritise eco‑design and recycling from the outset, in line with the EU’s Green Deal and Circular Economy Action Plan. This approach will help ensure that sodium batteries make a positive contribution to both the economy and the environment.

As global interest in sodium batteries continues to grow, we call for a well‑planned market entry strategy. Regulatory hurdles must be addressed through simplified permitting processes, particularly where existing infrastructure and skills from lithium‑ion technology can be utilised. This will enable the rapid establishment of production sites and allow the EU to keep pace with international developments in battery technology.

To maximise the impact of sodium battery initiatives, strong workforce strategies must also be prioritised. This includes investing in training programmes that address skills gaps and engage local communities, ensuring that the growth of this sector is inclusive and benefits all stakeholders.

Overall, the transition to sodium battery manufacturing presents significant potential for Europe, fostering technological sovereignty, energy independence and sustainability. Through strategic investment, collaborative ecosystems and supportive regulation, the EU can position itself as a leader in this industry, paving the way for a greener and more sustainable future.

Sodium batteries are emerging as a promising alternative to traditional lithium‑ion systems. EESC member Paul Rübig, rapporteur of the opinion Enhancing EU strategic autonomy and developing a greener and bluer economy: the potential of the sodium battery manufacturing sector, highlights the importance of this technology in increasing the EU’s energy independence and enhancing its competitiveness in the global market.

Sodium batteries are emerging as a promising alternative to traditional lithium‑ion systems. EESC member Paul Rübig, rapporteur of the opinion Enhancing EU strategic autonomy and developing a greener and bluer economy: the potential of the sodium battery manufacturing sector, highlights the importance of this technology in increasing the EU’s energy independence and enhancing its competitiveness in the global market.

Omnibus environment - Simplification of administrative burden in environmental legislation

Download — EESC-2025-03982-00-00-PA-TRA — (NAT/0969)

Water Resilience and Climate Adaptation

Download — EESC-2025-03736-00-00-PA-TRA — (NAT/0973)
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