BATTERY 2030+ At the heart of a green and …...BATTERY 2030+ At the heart of a green and connected...
Transcript of BATTERY 2030+ At the heart of a green and …...BATTERY 2030+ At the heart of a green and connected...
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BATTERY 2030+
At the heart of a green and connected society
A Large-Scale Research Initiative on Future Battery Technologies
Coordinator: Prof. Kristina Edström, Uppsala University, Sweden
Deputy coordinator: Dr. Simon Perraud, CEA, France
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2019 THE YEAR OF THE BATTERY NOBEL PRIZE
Nobel Laureate Says “Better Batteries Can
Cement Electric-Car Era”Stan Whittingham
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THE PURPOSE OF THIS MEETING
To discuss the BATTERY 2030+ research roadmap for a large-scale and long-term initative
To support Europe to reach sustainabilitygoals
To develop European research excellence to the benefit of European battery industry, along the full battery value chain
To suggest new R&I actions
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WHY EUROPE SHOULD ACT NOW?
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HOW BATTERY 2030+ CAN CONTRIBUTE
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KEY TECHNOLOGY TO SUPPORT A FOSSIL-FREE SOCIETY
Global supply and demand of Li-ion batteries and the European shareinmanufacturing. Source: JRC April 2019
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EXECUTIVE SUMMARY
The BATTERY 2030+ initiative at a glance
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A LONG-TERM RESEARCH INITIATIVE
• Inventing the batteries of the future
• Providing breakthrough technologies to the European battery industry across the full value chain
• Enabling long-term European leadership in both existing markets (road transport, stationary energy storage) and future emerging applications (robotics, aerospace, medical devices, internet of things, …)
Ultrahigh performances
Environmental sustainability
Smart functionalities
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NOVEL CONCEPTS ALONG THE FULL VALUE CHAIN
Raw materials
Cellproduction
Smart sensing and self-healing functionalities
Establish the computational “Battery
Interface Genome”:
Accelerated materials discovery (MAP)
Energy & power densities approaching theoretical limits
Chemistry neutral approach
Manufacturabilityand recyclabilityare cross-cutting topics for battery technologies to be developed
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IN RELATION TO THE SET PLAN
BATTERY 2030+ TRANSFORMATIONAL CHEMISTRY-NEUTRAL RESEARCH:• Accelerated battery material discovery & interface engineering• Smart sensing & self-healing functionalities• Cell design & manufacturability (cross-cutting)• Recyclability (cross-cutting)
FUTURE BATTERY CHEMISTRIES
POST-LITHIUM BATTERY CHEMISTRIESSodium-ion, multivalent metal-ion, metal-air, redox flow, etc.
LITHIUM BATTERY CHEMISTRIES (SET Plan)Generation 5 (lithium-air, lithium-sulfur)Generation 4 (all-solid-state lithium-ion or lithium-metal)Generation 3 (advanced lithium-ion)
Game changesinstead ofincremental
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TARGETS?
Within 10 years of BATTERY 2030+ research efforts the impact on battery technology (compared to the current state of art) will be the following:
• Reducing the gap, by at least a factor of 2, between accessible and theoretical battery performances (energy density and power density);
• Improving, by at least a factor of 3, the battery durability and reliability;
• Cutting down, by at least a factor of 5, the life-cycle carbon footprint of batteries (for a given electricity mix);
• Reaching a battery recycling rate of at least 75%, and a critical raw material recycling rate close to 100%.
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THE BATTERY ECO-SYSTEM
How does BATTERY 2030+ relate to other European battery initiatives?
How does BATTERY 2030+ relate to other international battery roadmaps?
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TRL 1 TRL 2 TRL 3 TRL 4 TRL 5 TRL 6 TRL 7 TRL 8 TRL 9
The European Battery Community
Long-term research Short-to-medium term research Industrialization
A long-term research roadmap
SET-Plan Industrial roadmaps
Actors
Roadmap
Scope
THE EUROPEAN BATTERY R&I LANDSCAPE
March 2019 June 2019 October 2017
S3 battery materials
January 2019
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BATTERY R&I NETWORKS ARE FORMED IN EUROPE
We have visitedand we are visiting
Europe has importantresearch infrastructures:
Synchrotrons – LEAPSNeutron facilities – LENS
HPC computing - EuroHPC
So far 1300 endorsements
Almost 1000 followers on twitter: 2030battery
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WE ALREADY HAVE IMPACT
LC-BAT-12-2020: Novel methodologies for autonomous discovery of
advanced battery chemistries
LC-BAT-13-2020: Sensing functionalities for smart battery cell chemistries
LC-BAT-14-2020: Self-healing functionalities for long lasting battery cell
chemistries
LC-BAT-15-2020: Coordinate and support the large scale research initiative
on Future Battery Technologies
20 MEU for one project
10 MEU for 2-5 projects
10 MEU for 2-5 projects
2 MEU for 1 project
Closes the 16th of January 2020
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WHAT DO WE EXPECT FROM HORIZON EUROPE
• A large scale and long term perspective on research for future green batteries is essential for Europe to take the lead in this growing market
• The ambitions are high and dedicated funds are needed
• Ensure a coordinated approach across Europe
• BATTERY 2030+ with a dedicated budget takes the lead for the long term research
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RELATION TO OTHER ROADMAPS
Professor Hong Li. Presentation at ABAA 12 in Ulm 2019
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NOBEL PRIZE
the day before
Prof. Stan Whittingham at ABAA 12 conference in Ulm
the day after
Dr. Akiro Yoshino
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NOBEL PRIZE
1978 – Prof John B. Goodenough is 56 years
Lithium cobalt oxide58 years
Lithium manganesespinel 61 years
Lithium iron phosphate70 years
Anglo-Danish battery projectFrom Oxford
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THANK YOU
The roadmap and manifesto is available online. Endorse now!
http://battery2030.eu
Prof. Kristina Edström
Department of Chemistry – Ångström LaboratoryUppsala University
Kristina [email protected]
Twitter: 2030batteryLinkedin: batteryinitiative