Consortium Project Circular Economy for Battery Technologies Key Facts - Key facts
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Consortium Project
Circular Economy for
Battery Technologies
Key Facts Key facts
Start: Q3 Participation Fee: € 29.000*
Cross-industrial
End: May 2021
consortium partners *Discount for INC members & SMEs
MOTIVATION
Circular Economy – Addressed Industries & Applications
Metal mining &
refining
Circular Economy
Battery Cell
Metal extraction
Scrap
Scrap Battery
(current & new)
Collection & dismantling
end-of-life battery packs
Applications
Automotive Consumer Electronics Grid Energy & Industrial Transportation
Exemplary Target
Industries
Battery systems for electric Smartphones, tablets, Flywheels, pumped hydro, Electrified trucks, airplanes,
vehicles, wireless sensors, etc. laptops, evaporator, etc. SMES, supercaps, etc. trains, etc.
2
SMES: Superconducting magnetic energy storage
MOTIVATION
Someday every battery must be recycled! – The question is when?
Example questions answered in the consortium project
What will the future cathode look
When is raw material recovery worthwhile
1st Life like? How will anode structure
and to what extent?
Battery Cell materials evolve?
When is reconditioning
an option?
How can the lifetime
be extended?
Metal extraction
What legal obligations must my company take into account
Battery
Decomposition due to the new battery law in 2020 (BattG2)? (current & new)
Collection & dismantling
end-of-life battery packs
How to integrate 2nd Life What are alternatives
1st & 2nd life? to Li-ion batteries?
Applications
Can the battery lifetime be How will Li-ion
extended, keyword second life? batteries evolve?
3
TIMELINE & POTENTIAL RESULTS
Circular Economy for Battery Technologies
Kick-off 1st Report 2nd Report Final Meeting
July 2020 October 2020 January 2021 May 2021
Stage 1 Stage 2 Stage 3
3 months 3 months 3 months
Segmentation & Scanning Detailed technology assessment Business Case/ Roadmap/ Expert landscape
▪ Structured and pre-evaluated overview of ▪ Systematic selection of attractive applications ▪ Different evaluation opportunities possible
state of the are solutions and applications for and specific technology questions by the depending on consortia demands:
battery management, alternative battery project partners
▪ Derivation of detailed business cases for
STAGE 1
concepts and battery recycling
STAGE 2
STAGE 3
▪ Detailed technology studies for each selected
selected applications/components
▪ Assessment of relevant technology trends application and questions e.g. assessment of
according to specific consortium needs technological feasibilities or cooperation ▪ Creation of technology roadmaps for e.g.
partners battery concepts or battery recycling
▪ Scanning & scouting for cross-industrial best ▪ Preparation of industrial or research technologies
practices, solutions and research applications overviews to identify the most important
players for the respective application. ▪ Optional: Individual Tech-Cases can be ordered
additionally
➢ Basis for the structuring and evaluation of the ➢ Basis for the selection of the cases in Stage 3 ➢ Information basis for partner-specific
applications in Stage 2 roadmaps/strategic decisions
Optional workshops Optional network/platform
Questionnaire Consortium meeting
with partners/experts meetings 4
PROCEEDING – EXAMPLE OF PREVIOUS PROJECTS
Stage 1: Segmentation & Application Trees
Segmentation
▪ Selection of focus areas based on consortium
preferences (questionnaire)
▪ Systematic overview on technology segments, structure Stage 1
and overall market readiness within the focus areas
▪ Suggested segmentation: battery materials, battery
technologies, battery management system (BMS),
second life, battery recycling/ decomposition
▪ A connection between the different segments and its
solutions is generated
Application trees
▪ Structured overview of current and future solutions in
the context of specific applications fields to be presented
to the consortium during the 1st report meeting
▪ Pre-evaluation of the most relevant applications
(approximately 250 cross-industrial solutions)
➔Basis for the selection of possibilities in Stage 2
5
PROCEEDING – EXAMPLE OF PREVIOUS PROJECTS
Stage 2: Detailed Technology Assessment
Detailed technology analyses
▪ Technological deep dive to assess different technological concepts based on
partner specific applications of interest.
▪ Aggregation of relevant technology- and market-related information
▪ Evaluation of current advantages and disadvantages of the applications
chosen by the consortium and their technological feasibility
▪ Identification of potential technology partners 6 providers
▪ Executive Summary for a quick evaluation of each application
Stage 2
Cross-industrial workshops
▪ Cross-linking of compatible research and implementation partners from
different industries in a facilitated workshop
▪ Derivation of clusters of common problems and derivation of possible
common solutions
6
PROCEEDING – EXAMPLE OF PREVIOUS PROJECTS
Stage 3: Expert landscape │ Roadmaps │ Business Cases
Expert landscape
▪ Identification of relevant research facilities (science, industry) conducting
research and development in the field of the selected solutions
▪ Determination & evaluation of potential partners
Roadmaps
▪ Identification of relevant research facilities (science, industry) conducting
research and development in the field of the selected materials
▪ Definition of development roadmaps for the selected applications/
technologies
Business Case analyses
Stage 3
▪ Detailed calculation of business cases for the selected applications/
solutions relevant to the consortium/ partner
7
REFERENCES
Former KEX Consortium Partners
...
More than 250 previous
Consortium Partners*
...
...
...
8
* all mentioned companies are partners of a former consortium project hosted by KEX AG and it´s research partners
YOUR CONTACT PERSON Realizing the Potentials of Robotics & Automation Patrick Neudegger Dr. Léonard Kröll Project Management Deputy Project Manager patrick.neudegger@kex-ag.com Leonard.kroell@kex-ag.com +49 (0) 151 54448 613 +49 241 51038 651 KEX Knowledge Exchange AG Campus-Boulevard 30 52074 Aachen Germany www.kex-ag.com 9
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