GRadient- and multi-matErial procEssing of Next-generation solid-state-lithium-BAtteries using direct maTerial processing.
Description of the granted funding
Despite the presence of excellent state-of-the-art (SOTA) materials for electrodes and electrolyte, the adoption of all-solid-state-lithium-batteries (ASSLBs) by various industries is limited due to the cumbersome SOTA manufacturing technologies used for ASSLBs. The GREEN-BAT project is aiming to bring a technological innovation in the field of solid-state-batteries by proposing a novel single-step manufacturing route to produce individual ASSLB constituents and subsequently explore sequential processing for their facile consolidation into full ASSLB cell; using direct multi-material processing technologies in lieu of the current SOTA ASSLB several-step manufacturing route where different manufacturing technologies are used to produce different ASSLB constituents (current collectors, electrodes and electrolyte). Successful realization of GREEN-BAT will have a significant impact on the ASSLB market serving several industrial sectors, especially transport.
Show moreStarting year
2022
End year
2025
Granted funding
Funder
Research Council of Finland
Funding instrument
International joint call
Other information
Funding decision number
352517
Fields of science
Materials engineering
Research fields
Keraamiset materiaalit