CIDETEC is an active member of the main clusters, platforms, and associations in Europe. This approach allows us to stay at the forefront of key technological innovations, policies, and trends to come, nurture high added value contacts within the industry and academia and contribute to general EU goals from our experience and background.

CIDETEC Energy Storage. We are a research and development organization specializing in advanced battery technologies, designing, developing and testing the batteries of the future for 25 years.

CIDETEC is a private applied research organisation founded in 1997 aimed at increasing the innovation capacity and competitiveness of companies through the generation and transfer of technological knowledge.

CIDETEC’s New Spin-Off(LANZO) to Validate High-Energy-Density Modular Batteries on board the Orbital Transfer Vehicle (OTV) […]

Every year, CIDETEC develops hundreds of applied R&D projects of high strategic value together with national and international customers, both in the private and public sectors.

CIDETEC joins a pioneering project set to deliver higher-energy-density solid-state batteries with enhanced safety and a lower environmental footprint. Funded by the European Union under its Horizon Europe programme, the SOLIDBAT project aims to develop a disruptive technology in the solid-state battery sector designed to facilitate large-scale ...

CIDETEC Surface Engineering finalizes demonstrator tests of the CUIDETEC project

CIDETEC Surface Engineering finaliza con éxito las pruebas del demostrador del proyecto CUIDETEC

En el corazón de LIBERA se encuentra la tecnología patentada de encapsulado de EMISSARY, desarrollada tras años de investigación en el marco de proyectos europeos liderados por CIDETEC Nanomedicine. Este avance utiliza polipéptidos que responden a los estímulos de la piel y liberan los activos encapsulados en función de las necesidades ...

Project Coordinator J. Alberto Blázquez, from CIDETEC Energy Storage, remarked: “Coordinated by Sylvie Herreyre from Saft and me, the project involves leading institutions to manufacture and validate advanced SIB cells and modules for energy storage and transport applications. This initiative showcases innovative materials, eco-friendly ...