Tecnalia is focused on developing materials that support a competitive European industrial battery value chain Maialen Chapartegui, Rcihard Seddon and Sonia Florez, Project Managers and Researchers, explains the role and ambition of TECNALIA in the TALISSMAN project. What specific innovations…
As TALISSMAN advances its work on next-generation lithium–sulphur battery technologies, effective communication and dissemination will be essential to ensure that its progress and results reach the audiences best placed to use them. Pablo Morales, Communication Manager at Sustainable Innovations, leads…
Sulfur is abundant, lightweight, and inexpensive, reducing both the cost and the environmental impact compared to cobalt- and nickel-based chemistries. Jean-Marie Doux, researcher at SAFT, explains in this interview the development of advanced batteries and how lithium-sulphur batteries are a…
For a successful transition of the transport and energy sectors to clean energy while preserving jobs and global market share, accelerated innovation is essential. Althues Holger, Division Manager Battery Materials at Fraunhofer IWS explains in this interview how to bring…
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 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…
