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Advanced Materials for energy storage in Li-ion batteries European Innovation Summit 2017 November 28th 2017 – European Parliament
Advanced Materials for energy storage in Li-ion batteries
European Innovation Summit 2017November 28th 2017 – European Parliament
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Umicore is a global materials technology and recycling group
One of three global leaders in emission control catalysts for light-duty and heavy-duty vehicles and for all fuel types
A leading supplier of key materials for rechargeable batteries used in portable electronics and hybrid & electric cars
The world’s leading recycler of complex waste streams containing precious and other valuable metals
� 10,000 people, 60 manufacturing sites, €2.7 Bn revenues (2016, excl. metals)
CATALYSIS ENERGY & SURFACE TECHNOLOGIES
RECYCLING
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Global leader in active materials for rechargeable batteries
Umicore RBM has already produced enough cathode mat erials to…
….provide a smartphone to
every person on this planet
…power more then 1Million EV´s
1 out of 5 batteries ever made contains Umicore technology
Over 15 years in the market
6 production sites
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What is a Li-ion battery?What are the active materials inside?
• Anode (= negative)• graphite/carbon
• Separator• Ion permeable inert
membrane
• Cathode (= positive)• Lithium cobaltite and new
generation materials
• Electrolyte• Liquid or gel
separator
anode
separator
cathode
During the charge : Li-ions move from cathode to anode
During the discharge : Li-ions move from anode to cathode
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Unique integration in the value chain
Portable electronics
Powertools
(P) HEV / EV
E-bikes
Stationarypower
Li-ion rechargeable batteries
ApplicationProduct
(cathode materials)
End useMetalRaw material
residues
residues
Recycling & intermediates
Umicore occupies a unique position in the value cha in guaranteeing high speed to market, supply security, and responsiveness to customer needs
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Different cathode material solutions for different applications … NMC chemistry as best compromise for automotive use
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Roadmap for EV batterieser
NMC532/C190Wh/kg(**)
NMC622/C220Wh/kg
NMC811/C250Wh/kg
NMC811 orHV-NMC622/Si
280Wh/kg
5V-NMC/Si350Wh/kg
All Solid-State500Wh/kg
Li-S500Wh/kg
0
100
200
300
400
500
600
700
800
2014 2016 2018 2020 2022 2024 2026
Ele
ctric
al D
rivin
g ra
nge
(km
)(*)
SOP
300
200
400
500
600
700
100 Cel
l Ene
rgy
Den
sity
(W
h/L)
(*) : small size EV (VW Golf)
(**) : cell gravimetric energy density
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Increasing energy density requires strong & sustained R&D efforts
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Exciting market potential
PortableSocietal driver
ElectrificationRegulatory driver
Energy Storage SystemRegulatory driver
0
200
400
600
2015 2020 2025
RECHARGEABLE BATTERY MARKET (GWH)
The main growth driver will be vehicle electrification
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EU-based industry of Advanced Materials for clean energy & clean mobility in the EU economy
� Our industry keeps growing driven by EU and mostly foreign markets
� However the development of Advanced Materials remains a long, risky and capital-intensive process
� Umicore supports EMIRI’s advocacy on innovation in fie ld of Advanced Materials for clean energy & clean mobility (the Energy Materials Industrial Research Initiative is an industry-driven grouping of about 60 organizations contributing to shaping EU innovation policies impacting Advanced Materials for clean energy & clean mobility technologies)
� Any appropriate risk-sharing policies & instruments at EU level are more than welcome
EMIRI (the Energy Materials Industrial Research Initiative) is an industry-driven grouping of about 60 organizations contributing to shaping EU innovation policies impacting Advanced Materials for clean energy & clean mobility technologies
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Collaboration between EMIRI and EU DG R&I led to increased support to Advanced Materialsfor clean energy & clean mobility in Horizon 2020
* EMERIT (Energy Materials for Europe – Research & Industry coming together) is EMIRI’s strategic innovation roadmap (available at www.emiri.eu)
Estimate for Horizon 2020NMBP work programme
� Advanced Materials for renewable energy (36%)
� Advanced Materials for energy storage (stationary & mobility) (35%)
� Advanced Materials for energy-performant buildings (21%)
� Advanced Materials for decarbonization(8%)
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EU support still remains moderate in Horizon 2020 despite the key role of Advanced Materials andtheir contribution to EU economy
& But Why?> 50% ↑ ~ 50%
~ 15%
Share of Advanced Materialsin cost structure of clean energy & clean mobility technologies
Share of Advanced Materials industry in EU clean energy &clean mobility jobs
Share of Advanced Materials support in total EU Horizon 2020 funding(for 2018-2020) for clean energy
Without leadership in key enabling technologies suc h as Advanced Materials, EU will not maintain industrial leadership in clean energy & clean mobil ity technologies thereby ...
- Not delivering on Energy Union promises- Not generating the needed economic growth & jobs for citizens- Replacing dependence on fossil fuels from outside EU by dependence on imported technologies
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Thank you!Contact: [email protected]
We call for more ambition in FP9 to preserve technolo gyleadership & re-industrialize EU in clean energy & cle an mobility technologies
Discover EMIRI-promoted Mission at at at at http://http://http://http://bit.ly/2jNR0BJbit.ly/2jNR0BJbit.ly/2jNR0BJbit.ly/2jNR0BJ
or scan QR code
