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Battery Norway (Norwegian Battery Platform) is a national industrial collaboration platform for the battery industry founded by the following partners:
For a brief overview, please check out this video presentation of IFE’s battery research:
The primary focus areas for the department are battery materials and analysis of lifetime and degradation of commercial batteries.
Battery materials – active materials and electrolytes are the priority topics for modern battery research. Specifically, for the last ten years IFE has been focusing on the development of anode materials for Li-ion and Na-ion batteries, including silicon-based and carbon-based materials. This development led to the discovery of amorphous substoichiometric silicon nitride – a promising material for future Li-ion batteries.
The Battery Technology Department is also involved in research on solid-state batteries – the next promising area where IFE''s research is focused on is interfaces of materials.
The analysis of commercial batteries is another focus area for the department. Batteries are very complex electrochemical systems with many reactions occurring in parallel during battery operation and even storage. Understanding of these processes is key for the prediction of a battery’s lifetime. In close collaboration with various industry partners, we analyze new commercial batteries to better understand usage patterns and ageing of the batteries.
Battery technology is an extremely exciting and rapidly growing area. The combination of multidisciplinary expertise, unique infrastructure and state-of-the-art facilities allows IFE to stay at the forefront of battery technology, while attracting industrial and academic partners throughout the battery value chain.
IFE is proud to be a supporting organization for Battery 2030+ initiative.
Presentation: Battery technology – IFE
IFE Battery laboratories – prototype line
Battery Testing and Characterization Labs
MoreIsLess – Knowledge-building project working towards the design of thick electrodes for Li-ion batteries with optimized balance of energy and power
SEAMLESS – Researcher project aiming to build a platform for materials'' discovery for the batteries of the future by creating a library of silicon-based nanomaterials for the next generation of Li-ion batteries (LIBs)
BATMAN – Norwegian Research Council funded project with Glencore, Elkem, Hydro, Fiven, Agder Energi, NTNU, University of Agder, Transport economical institute and Eyde Cluster, defining the demand for raw materials for the battery value chain, enabling reuse and recycling
SILICAP – Project funded by Regional Research Fund Vestlandet together with Beyonder to develop hybrid battery technology
SAGA – Innovation project for the industrial sector in collaboration with ELKEM and SINTEF aiming to modify the surface of artificial graphite for commercial applications in Li-Ion batteries
Silicon on the Road – How to make silicon-based anodes for Li-ion batteries
NorGiBatF – The Norwegian Giga Battery Factories (NorGiBatF) is a competence project to enable new battery industries to emerge in Norway
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