Energy storage: the key to transforming the global energy industry
Storage systems for electrical energy are crucial for the transformation of the global energy industry. Their universal applicability, especially in electromobility, makes them a central element of future-oriented solutions.
The current standard, the lithium-ion battery, is available in a variety of shapes and sizes. Nevertheless, current electrochemical storage systems are often perceived as inadequate, particularly with regard to important requirements such as energy content, low-temperature behavior and cost-effectiveness.
Innovations in battery technology
Researchers and companies around the world are working to overcome these challenges. By optimizing existing systems and developing new electrochemical storage materials, such as lithium-sulphur (Li/S), efforts are being made to reduce or even overcome the existing deficits.
However, the transfer of these innovative storage concepts to industrial production poses major technical and economic challenges that need to be overcome.
Research Center for Applied Battery Technology Schleswig-Holstein (FAB-SH)
Fraunhofer ISIT's FAB-SH is your expert for the development of innovative energy storage solutions. Our highly flexible manufacturing technology serves as an ideal platform for the production of prototypes and small series in a wide range of application areas, including traction and stationary energy storage.
Our strengths:
Shape the future of energy storage with us!
Discover the Research Center for Applied Battery Technology Schleswig-Holstein (FAB-SH)
Welcome to FAB-SH - your partner for innovative battery systems! Our extensive portfolio includes application-oriented research and development, which is implemented in close cooperation with leading industrial partners. At FAB-SH, we develop batteries from material selection to cell technology, relying on the highest quality standards and state-of-the-art technologies.
Why FAB-SH?
ISIT is involved in the Fraunhofer Research Production Battery Cell, a large BMBF-funded project with the aim of supporting industrial partners and customers in the implementation of new battery cell concepts and the development of associated manufacturing processes.
The Power400 project is about developing a high-performance charging system with integrated buffer storage. The project is supported by the European Union (European Regional Development Fund). The aim of the project is to design the charging stations in such a way that a large number of electric vehicles can be charged quickly at the same time without destabilizing the public power grid.