battery 2030+ powerpoint · 2020. 11. 4. · •to build a battery 2030+ large - scale research...

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BATTERY 2030+ projects BATTERY 2030PLUS: Kristina Edström, UU BIG-MAP: Tejs Vegge, DTU INSTABAT: Florence Rive, CEA SENSIBAT: Jon Crego, Ikerlan SPARTACUS: Gerhard Domann, Fraunhofer BAT4EVER: Maitane Berecibar, VUB HIDDEN: Marja Vilkman, VTT

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Page 1: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

BATTERY 2030+ projects

BATTERY 2030PLUS: Kristina Edström, UUBIG-MAP: Tejs Vegge, DTUINSTABAT: Florence Rive, CEASENSIBAT: Jon Crego, IkerlanSPARTACUS: Gerhard Domann, FraunhoferBAT4EVER: Maitane Berecibar, VUBHIDDEN: Marja Vilkman, VTT

Page 2: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

Roadmap and implementationBATTERY 2030+ BATTERY 2030PLUS

Coordinator Kristina Edström UUDeputy coordinator Simon Perraud CEAwww.battery2030.eu

Page 3: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

• To build a BATTERY 2030+ large-scale research identity.

• To invent the sustainable batteries of the future and enable a competitive European battery industry.

• For Europe to grow excellence in research and competence building

Inventing the sustainable batteries of the future

BAT4EVERINSTABAT

Page 4: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

• Accelerated discovery of battery interfaces and materials – BIG-MAP (DTU)

• Integration of smart functionalities –sensing INSTABAT (CEA), SENSIBAT (IKERLAN) and SPARTACUS (Fraunhofer)and self-healing BAT4EVER (VUB) and HIDDEN (VTT)

• Cross-cutting areas – manufacturability and recyclability

Page 5: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

ROADMAPShort term: Medium term: Long-term:

www.battery2030.eu

Page 6: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

www.battery2030.eu

Page 7: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

Monitor the BATTERY 2030+ large-scale research initiative • Monitor, maintain and develop BATTERY 2030+ roadmap & R&I priorities• Monitor implementation progress

Facilitate collaborations on specific topics• Strategy for the protection and commercial exploitation of the results• Guidelines for data sharing, standardization of protocols and modelling methods/tools • New European curricula for building competence

Communication, dissemination and stakeholder engagement Link and collaborate with other initiatives

• European Battery Alliance, ETIP Batteries Europe, IPCEIs, Battery PPP (in preparation)• National and international battery stakeholder networks.

Objectives of BATTERY 2030PLUS +

Page 8: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

The relation to the research projects

INSTABAT

BAT4EVER

Page 9: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

BATTERY 2030PLUS Executive board including thematic leaders: to monitor and develop the roadmap

Executive board

Kristina EdströmUU

Simon PerraudUU

Maxmillian FichtnerKIT

Silvia Bodoardo POLITO

Thomas OtuszewskiEASE

BIG-MAP

Tejs VeggeDTU

Alexis Grimaud CdF CNRS

Sensoring

Self-healing

Robert Dominko NIC

Manufacturability

Elixabete Ayerbe CIDETEC

Recyclability

Philippe Jacques EMIRI

Page 10: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

Impact of this collaboration

BATTERY 2030+

activities

R&I RoadmapR&I actionsSynergies

KPI’s monitoringBattery research

communication platform Best practice and guidelines on

data sharing & acquisition,experimental protocols and

modelling

Roadmap implementationWorld leading science and

innovationFunding opportunities

Excellent pan-European battery R&I community

Efficiency of data generation and analysis

European curricula

ActivitiesWhat will be done during 2020-2023?

OutputWhat are the main

results ?

ImpactWhat are the consequences

of the use of the results ?

Contribution to UN SDGsCompetitive edge to European

battery industryClimate-neutral, highly advanced battery technology fit for purpose

Faster transfer of new knowledge into industry exploitation

Educational opportunitiesJob creation

EU a world leading hub for R&I on batteries

OutcomeHow the results will be

used?

Page 11: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

Accelerate innovation • an integrated large-scale approach will put our limited R&D resources to their best

use and accelerate innovations • impact on the battery technology ecosystem and beyond• provide the necessary tools to enable the next generation of high-performance,

safe, and sustainable batteries in Europe

Impact

This project has received funding from the European Union´s research and innovation programme Horizon 2020 under grant agreement No. 957213

Page 12: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

Attract talent and competences • support the European industry with a skilled workforce• make Europe a world-leading repository of battery knowledge• help create and maintain the necessary critical mass of motivated researchers

who will strive to realise our common vision.

Impact

This project has received funding from the European Union´s research and innovation programme Horizon 2020 under grant agreement No. 957213

Page 13: BATTERY 2030+ PowerPoint · 2020. 11. 4. · •To build a BATTERY 2030+ large - scale research identity. • To invent the sustainable batteries of the future and enable a competitive

The BATTERY 2030+ team is here to support you

Kristina Edström Coordinator

[email protected]

Simon Perraud Deputy coordinator

Malin Eklund Project manager

[email protected]

Esa Stenberg Policy strategist

[email protected]

Camilla DannProject assistant

[email protected]

Communication officer

Just now recruitng

www.battery2030.eu Twitter: 2030battery Linkedin: batteryvision