Europe’s energy transition depends not only on clean power generation, but also on reliable stationary energy storage. As renewable electricity grows, energy systems need batteries that can store power safely, affordably, and at scale.
In this context, sodium-ion batteries for stationary energy storage are attracting increasing attention. They offer a potential alternative to lithium-ion technologies, especially where cost, materials availability, and long-term operation matter most.
The Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage brings these questions into focus. The event invites the battery and energy storage community to examine what sodium-ion technologies can realistically deliver today.
Why the Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage matters now
Sodium-ion batteries are gaining momentum as Europe looks to diversify battery technologies. Sodium is widely available and does not face the same supply constraints as some lithium-based materials.
For stationary energy storage systems, this matters. Grid storage and renewable integration often prioritise durability, safety, and predictable costs over high energy density. Sodium-ion batteries may fit these needs in specific use cases.
This makes the Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage especially relevant. The seminar creates space for a balanced discussion based on evidence rather than expectations.
From lab results to real deployment: performance, lifetime and cost
When a battery moves toward commercial use, three questions guide decisions. How well does it perform? How long does it last? What does it cost over its full lifetime?
Performance for stationary storage means more than capacity. It includes efficiency, power delivery, and stable operation over time. Lifetime affects how often systems need replacement and maintenance. Cost shapes whether a technology can scale beyond pilots.
Many promising battery results come from controlled laboratory conditions. Commercial reality is often more complex. For this reason, data on commercial sodium-ion cells is essential for informed choices.
These practical considerations sit at the centre of the Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage.
What to expect from the Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage
The seminar takes place on 10 February at 15:00 CET. It features Professor Dirk Uwe Sauer, who will present a data-driven comparison of commercial sodium-ion battery cells.
The talk focuses on measured performance, observed lifetime trends, and cost-related insights. Attention is given to what these results mean for large-scale stationary battery storage.
Rather than covering the full event programme, the seminar offers a focused discussion. It aims to support researchers, engineers, and decision-makers who need realistic information.
Why sodium-ion batteries matter for Europe’s battery ecosystem
Battery technology choices influence supply chains, sustainability, and energy security. This is why Battery 2030+ plays a key role in aligning European battery research and innovation.
Sodium-ion batteries connect directly to European priorities. They support grid stability, renewable integration, and reduced reliance on limited raw materials. Exploring such technologies strengthens Europe’s strategic options.
Projects like CIRCUBATT contribute by focusing on circular and resilient battery value chains. Engagement with the Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage supports shared learning across Horizon Europe initiatives.
CIRCUBATT, funded under Horizon Europe, actively supports open knowledge exchange within the European battery community.
Join the conversation
The Battery 2030+ Excellence Seminar on sodium-ion batteries for stationary energy storage is open to researchers, engineers, policymakers, and industry professionals. It offers a clear and evidence-based view of where sodium-ion technologies stand today.
👉 Register for the seminar (10 February, 15:00 CET):
https://battery2030.eu/news/happenings-events/battery-2030-excellence-seminar-february-10th/
About CIRCUBATT
The CIRCUBATT project is a Horizon Europe initiative (grant number 101192383) dedicated to redefining the European battery sector by making it smarter, greener, and more circular. The project focuses on integrating AI, data analytics, and sustainable design across the entire battery lifecycle, from design to recycling.
CIRCUBATT aims to reduce Europe’s dependency on critical raw materials, lower environmental impacts, and strengthen competitiveness in the global battery market. Stay updated on progress and upcoming events by following the project on LinkedIn and visiting the CIRCUBATT website.