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European Green Vehicles InitiativeContractual PPP
Oscar Miguel Crespo, EMIRI Tech Talk on Batteries for Energy Storage
February 23rd 2017 - Brussels
The EGVI PPP in Horizon 2020
� December 2013: launch of the European Green Vehicles Initiative PPPin Horizon 2020 involving the automotive, smart systems and smart
grids industries
� Implemented by three ETPs (ERTRAC, EPoSS, SmartGrids) in order to:
► Deliver green vehicles and mobility system solutions matching major societal,
environmental and economic challenges ahead
► Impact on the innovative strength and global competitiveness of the European economy
� Based on successful experience of the Green Cars Initiative:
► 3 pillars: Electrification, Long Distance transport, Logistics & Co-modality
► EU contribution to the initiative reached € 418 million – and a total budget of € 662
million
► 4 calls have been launched out of which 113 projects have been funded – gathering 1379
consortium partners (10,8% being SMEs)
► 2/3 of the budget has been dedicated to electrification
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� Help to reach the ambitious targets set by the EU transport, energy and climate
protection policies:
► the 20/20/20 targets on renewable energy use,
► the CO2 emissions regulation,
► the Euro emissions standards, contributing to air quality improvement
� Support the policy goals of the EU Transport White Paper thanks to accelerated
research, development and demonstration of technologies.
� Match the Grand Societal Challenges (e.g. decarbonisation, safety …) and the
transport needs.
� Research, development and demonstration of technologies to enable more energy
efficient vehicles, strengthening the future competitiveness of the automotive
industry, following the CARS 2020 Strategy and contributing to the discussions of the
new GEAR 2030.
� Align our objectives with the ones of the Energy Union Strategy and contribute to
diversify and strengthen energy options for sustainable transport (SET-Plan Action 7)
General Objectives of the EGVI PPP
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Different solutions for different mobility needs
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Deployment curves (draft version)
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� Covers all types of road transport vehicles:
► Passenger cars
► Trucks
► Buses
► L-category vehicles
► New vehicle concepts
� Defined goal and focus: energy efficiency ofvehicles using alternative powertrains
Scope of the EGVI PPP
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CHALLENGES
FOR THE
FUTURE
USER
PERSPECTIVE
Range
Cost
Charging
procedures
TECHNICAL
REQUIREMENTS
Testing
Safety
Alternative
fuels
CO2 & air
quality
Auto
mate
d d
rivin
g
Development of a user-centric approach
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Example of technology content
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EGCI funded projects on batteryrelated topics
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EGCI Projects Impact on Li-Ion Battery Value Chain
Processed materials
Electrodes CellsBattery
Pack
EGCI projects
ELIBAMA
ELECTROGRAPH
SOMABAT
ELIBAMA
LABOHR
MARS-EV
ELIBAMA
EUROLIS
SMARTLIC
SuperLIB
ESTRELIA
Key
breakthroughs
• LiTFSI (as salt or co-
salt) in Li-ion
Batteries and
nanometric lithium
titanate
• Optimise production
of graphene for
electrode material
• Li polymer battery
via recyclable solid
materials
• 3D structured
collector foils for
cathodes, various
innovative electrode
coating processes
• O2 cathode
operating in the
liquid phase and
novel system for
harvesting O2 from
air
•New Si/C based,
spinel ferrites and Li
metal anodes
developed to
achieve stable
capacity
•Robust and reliable
electrode foils
stacking and welding
•Construction of Li-S
cell with energy
density 500 Wh/kg
and power density
1000 W/kg
•Innovative battery
monitoring system at
cell level,
implementing
Impedance
Spectroscopy for
battery state
•Dual-cell Battery
Concept comprising
high-power and high-
energy cells
• Ultracapacitor power
cell pack with 50%
higher energy density
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EGVI batteries related projects2014/2015
� NMP-17-2014: Post-lithium ion batteries for electricautomotive applications
► HELIS - High energy lithium sulphur cells and batteries
► ALISE - Advanced Lithium Sulphur battery for xEV
� GV.1-2014: Next generation of competitive lithium ionbatteries to meet customer expectations
► SPICY - Silicon and polyanionic chemistries and architectures of Li-ion cell for high energy battery
► FIVEVB - Five Volt Lithium Ion Batteries with Silicon Anodes produced for Next Generation Electric Vehicles
► e-CAIMAN - Electrolyte, Cathode and Anode Improvements for Market-near Next-generation Lithium Ion Batteries
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� Participation in the workshop on ”European approach on battery cell production in Europe” (Brussels, June 21st 2016) in order to address the large scale production challenge
►General Issues discussed● Focus in electromobility, synergies with stationary
● Dependency on raw materials
● Cost-competitiveness
● Choice of scale & manufacturing technologies
● Need to allign private, national, EU initiatives
►Various technological options have been discussed ● Choice of battery technology / Li ion vs Post-Li ion
● Features:
– Cost
– Energy density
– (Fast) Charging
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Recent EGVIA activities on batteries
Recent EGVIA activities on batteries (II)
Meetings
� Experts workshop “Post Lithium Ion Batteries for electric automotive applications”, January 21st 2014 in Brussels
� Expert Workshop Testing of Electrical Vehicle Performance and Safety, July 3rd 2014 in Brussels
� Joint EC & EGVIA workshop for advanced automotive batteries research - European projects’ contributions to the key user requirements, October 12th 2016 in Brussels
Other activities
� Collaboration Agreement signed with the JRC on battery Testing (July 2015)
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EGVIA batteries related calls 2016/17
� GV–13-2017: Production of next generation battery cells in Europe
for transport applications
� To evaluate the most promising next generation of Li-ion or post-Li-ion-systems …
in the very near future … identify potential challenges in the manufacturing
process … give Europe a competitive advantage …
� Develop new production technologies … generic enough to show reduced
dependency on a specific chemistry … to support industrial partners
� GV-06-2017: Physical integration of hybrid and electric vehicle
batteries at pack level aiming at increased energy density and
efficiency (in the continuity of GV.1-2014)
� GV-07-2017: Multi-level modelling and testing of electric vehicles
and their components
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