The lithium–sulfur system is one of the most promising candidates to complement traditional lithium-ion batteries in the coming years, offering clear advantages in both performance and sustainability. Daniele Versaci explains in this interview the role of POLITO in the TALISSMAN…
Choosing safe and abundant materials like sulfur and carbon is vital for the next generation of batteries because it addresses both supply chain resilience and intrinsic battery safety. Stephan Roger explains in this interview the role of ARKEMA in the…
The TALISSMAN project has joined the SOLID4B Cluster, a European-level initiative focused on enhancing research synergies among projects addressing the safety of batteries and related technologies. SOLID4B works to translate advanced research data into valuable knowledge for a wide range…
The TALISSMAN project has successfully achieved an important technical milestone with the definition of Lithium–Sulfur Battery (LSB) cell specifications, design requirements, key performance indicators (KPIs), and testing protocols. This milestone represents a major step forward in establishing a common and…
On December 2–3, 2025, Battery Innovation Days 2025 (BID 2025) gathered leading European stakeholders in battery research, industry, policy and innovation and the TALISSMAN project was present through the active participation of our coordinator CIDETEC Energy Storage. The event, held…
On 17–18 November 2025, the TALISSMAN project took part in the 12th “Lithium–Sulfur Batteries” Workshop, organised by Fraunhofer IWS in Dresden. Our coordinator, Alberto Blázquez (CIDETEC Energy Storage), presented the project during the poster session, sharing insights into TALISSMAN’s vision…
On November 19, 2025, our Communication and Dissemination partner, Sustainable Innovations (SIE), participated in the GENERA 2025 trade fair, the Spanish leading energy and environment event held at IFEMA Madrid. The event brought together key actors from the renewable energy,…
The ultimate impact of TALISSMAN is to bring the benefits of next-generation batteries closer to society. By developing lighter, safer, and more sustainable lithium–sulfur technologies, the project paves the way for electric mobility solutions with longer driving ranges, shorter charging…
The TALISSMAN EU Project is turning an unlikely material — sulphur — into a key asset for Europe’s battery future. While not often in the spotlight, this bright yellow element could hold the secret to building cleaner, safer, and more…
In a world moving rapidly towards decarbonisation, sustainable lithium-sulphur batteries are more vital than ever. They are at the heart of electric vehicles, tomorrow’s aircraft, and clean energy storage systems. But today’s dominant battery technology, lithium-ion, is beginning to show…
