PowerPoint Presentation€¦ · PPT file · Web view · 2015-11-27Cost of low carbon energy...

ENERGY MATERIALS INDUSTRIAL RESEARCH INITIATIVE

Bridging the Innovation Gap

EMIRI – General Presentation – October 2015

Industry-Driven Initiative on Advanced Materials & Nano for Low Carbon Energy

EMIRI – Energy Materials Industrial Research InitiativeDr Fabrice Stassin - Managing [email protected]




EMIRI works for the future of Advanced Materials for low carbon energy (LCE) in Europe

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*

* Founding / current members



EMIRI – General Presentation – October 2015 3

Power sector will have to contribute more than othersto reduce CO2 emissions, mostly through renewables




Advanced Materials are a Key Enabling Technology to accelerate transformation of EU energy system

Cost of low carbon energy technologies must keep coming down to ensure their adoption & deployment across EU

This is made possible by reduction in cost, increase in performance, and extension of lifetime of the Advanced Materials enabling these low carbon energy technologies

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Example for battery cells




EU must establish Industrial Leadership in Advanced Materials for low carbon energy because ...

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Capacity for production of low carbon energy is already developing outside EU

Manufacturing of devices, components, Advanced Materials is moving to end-markets

(leading to emergence of new champions often at expense of historical players)

Innovation centers are also following the trend with some delay

This creates future dependency risks on imported low carbon energy technologies




Europe-based Industry of Advanced Materials for low carbon energy represents more jobs than anyrenewable energy value chain in Europe *

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* IRENA 2015 (International Renewable Energy Association)

Europe-based Industry of Advanced

Materials for low carbon energy estimated

at over 100.000 direct jobs (500.000 direct

& indirect jobs)

Jobs in Advanced Materials for low carbon

energy represent around 50% of total EU-

based jobs in renewable energy when

comparing on the direct & indirect jobs

basis

This is in line with the historical strengths

and long presence of our Industry in Europe

Leadership needs to be preserved

Jobs in Europe (direct & indirect)




Innovation is key to Industrial Leadership of EU in Advanced Materials for low carbon energy

EMIRI supports the development in EU of policies crucially needed for the market pull & the technology push (innovation) of the low carbon energy technologies

EMIRI calls for an Innovation Pillar bridging the gap between research and market

The Innovation Pillar will reduce innovation risks and accelerate innovation to reach faster and better the market

The Innovation Pillar should be based on strong public private interactions and engage actors along the value chain

The Innovation Pillar will be developed in frame of an Industry-Driven Initiative (IDI) in collaboration with the European Commission and in line with future SET Plan Governance

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Achieving the specific R&I objectives of the IDI will contribute to …

1. Getting the right Advanced Materials faster to the market by addressing the three typical innovation risks (execution, adoption and co-innovation risks)

2. Accelerating the development & deployment of low carbon energy technologies enabled by Advanced Materials (contributing to tackle Energy Union Challenges)

3. Enabling more competitive and longer value chains to drive competitiveness of the EU Industrial Sector of Advanced Materials for Energy and restore Industrial Leadership of EU (contributing to tackle EU Manufacturing Challenges of 20% of EU GDP from manufacturing by 2020)

4. Securing R&D and capital investments of the Industry in EU

5. Safeguarding & creating quality jobs in EU for operators, researchers, engineers

Conservative estimate of Europe-based industry of Advanced Materials for low carbon energy and its potential for policy-driven growth




Challenge 1

Advanced Materials for Energy Efficiency

Key Component 1 Key Component 2 Key Component 3 Key Component 4

Advanced Materials to increase the energy performance of buildings

Advanced Materials to make renewable electricity technologies

competitive

Advanced Materials to enable energy system integration

(energy storage, grids)

Advanced Materials enabling the decarbonisation of power sector

Advanced Materials for a "competitive, efficient, secure, sustainable & flexible energy system"

Challenge 2

Advanced Materials as "key enablers" tackling EU Energy Challenges

The Innovation Pillar builds on orientations strongly & widely supported by Industry & Research

Max of 20 Innovation Topics are part of the Innovation Pillar (TRL 4 – 7)

Innovation Topics are in line with industrial capabilities & needs, while supporting KPIs

outlined in SET Plan Integrated Roadmap

Industry & Research organizations are ready to commit to the Innovation Pillar and leverage

EU public funding to create meaningful impact

Budget (600 Meuro) spread over 4 Key Components (20% KC1, 30% KC2, 35% KC3, 15% KC4)

Impact in line with technology cycle & market cycle of Advanced Materials

(60% of impact expected by 2025)

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IDI contributes to most of 10 actions outlined in the Integrated SET Plan Comm. to accelerate thetransformation of EU Energy System

Action # Title

1 Sustain technological leadership by developing highly performant renewable technologies and their integration in the EU's energy system VERY HIGH

2 Reduce the cost of key technologies VERY HIGH

3 Create technologies and services for smart homes that provide smart solutions to energy consumers LOW

4 Increase the resilience, security and smartness of the energy system LOW

5 Develop new materials and technologies for, and the market uptake of, energy efficiency solutions for buildings VERY HIGH

6 Continue efforts to make EU industry less energy intensive and more competitive LOW

7 Become competitive in the global battery sector to drive e-mobility forward MEDIUM

8 Strengthen market uptake of renewable fuels needed for sustainable transport solutions LOW

9 Step up research and innovation activities on the application of carbon capture and storage (CCS) and the commercial viability of carbon capture and use (CCU) HIGH

10 Maintaining a high level of safety of nuclear reactors and associated fuel cycles during operation and decommissioning, while improving their efficiency NONE

Level of contribution of IDI to support action




Less is more ... Industry calls for prioritization and focusto reach critical mass and ensure innovation success

Advanced Materials for lower cost, high safety, long cycle life & environmentally friendly electrochemical batteries (Li-ion batteries)

Advanced Materials for lower cost, high safety, long cycle life & environmentally friendly electrochemical batteries (next generation electrochemical batteries)Advanced Materials for lower cost storage of energy in the form of hydrogen or other chemicals (power to gas, power to liquid technologies)

Advanced Materials to facilitate the integration of storage technologies in the grid

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Example of energy system integration




Advanced Materials for innovative multilayers for durable solar energy harvesting

Advanced materials and innovative designs for high efficiency solar energy harvesting

Advanced Materials and associated processes for low cost manufacturing of solar energy harvesting systems

Advanced Materials & new deposition processes for building-integrated photovoltaics (BIPV)

Example of solar energy

Less is more ... Industry calls for prioritization and focusto reach critical mass and ensure innovation success

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Priorities of Innovation Pillar drive the implementationof key elements of SET Plan Integrated Roadmap

Technology-related actions identified for Energy System Integration in SET Plan Integrated Roadmap

Challenge from SET Plan Integration

Roadmap

Contribution of Innovation Pillar on Adv. Materials

#1 Enhanced storage materials

Storage (heat & cold, electricity, power to gas or

other energy vectors

Strong

#2 New technologies for next generation central and de-central storage technologies of any scale Strong

#3Improved second generation technologies for next generation central and de-central storage technologies of any scale

Strong

#4 Storage system interfaces Low

#5 Storage system integration and benefit assessment via simulation of system embedding None

#6 Central and de-central storage technology demonstration of any scale Medium

#7 Storage system integration demonstration Low

#8 Storage manufacturing processes Medium

#9 Storage recycling Medium

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Example of energy system integration




Technology-related actions identified for Photovoltaics in SET Plan Integrated Roadmap

Contribution of Innovation Pillar on Advanced Materials

#1 Novel PV technologies for low cost and/or high efficiencies Strong

#2 Enhanced PV conversion efficiencies and lifetimes Strong

#3 Cost reduction through lower materials consumption and use of low-cost materials Strong

#4 Reduction of LCOE by enhanced PV system energy yield and lifetime Strong

#5 Pilot production lines Strong

#6 Demonstration of new PV solutions Strong

#7 Making PV mainstream source of power Low

#8 Industrial RTD for demonstration of higher performance ratios Low

#9 Long-term reliability of PV modules and systems Strong

#10 Building-integrated Photovoltaics Strong

Priorities of Innovation Pillar drive the implementationof key elements of SET Plan Integrated Roadmap

Example of solar energy

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Identify clear priorities for industrial growth & jobs in EU-based sector of Advanced Materials for low carbon energy technologies

And develop a strong presence in Europe of innovation ecosystems and manufacturing value chains

By innovating with Advanced Materials fit to serve the demanding & growing market of low carbon energy technologies

To sum upThe Industry-Driven Initiative will ...

Proposal ready for consultation within EMIRI And within DG R&I / DG ENERGY Positive feedback until now from Cabinet, DG, key

MS Industrial presence & commitment very appreciated Ongoing presentation of IDI to SET Plan key contact

points, key MEPs, … Final version to be provided before December 2015




EMIRI mentioned in WP 2016-2017 NMBP and identified as the relevant stakeholder

Section on Advanced Materials and Nano for Energy Applications in WP 2016-2017 NMBP

Interface between NMBP and LCE WPs and reference to materials in LCE

Estimation of 200 Meuro available in 2016-2017 for Advanced Materials for Energy

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Work programme NMBP – LCE 2016-2017 (1/3)





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NMBP 2016-2017 CALLS 2016(Meuro)

2017(Meuro)

Technology WG

# 1 EEB-01-2016: Highly efficient insulation materials with improved properties 12 - EE

# 2 EEB-06-2017: Highly efficient hybrid storage solutions for power and heat in residential buildings and district areas, balancing the supply and demand conditions - 14 EE

# 3 EEB-07-2017: Integration of energy harvesting at building and district level - 14 EE

# 4 NMBP-01-2016: Novel hybrid materials for heterogeneous catalysis 16 - CCS-CCU

# 5 NMBP-02-2016: Advanced Materials for Power Electronics based on wide bandgap semiconductor devices technology 16 - PV, WIND, ES

# 6 NMBP-03-2016: Innovative and sustainable materials solutions for the substitution of critical raw materials in the electric power system 16 - EE, PV, WIND,

ES# 7 NMBP-06-2017: Improved material durability in buildings and infrastructures, including

offshore - 13 EE, WIND

# 8 NMBP-17-2016: Advanced materials solutions and architectures for high efficiency solar energy harvesting 16 - PV

# 9 NMBP-18-2016: Advanced materials enabling the integration of storage technologies in the electricity grid 16 - ES

# 10 NMBP-19-2017: Cost-effective materials for “power-to-chemical” technologies - 16 ES

# 11 NMBP-20-2017: High-performance materials for optimizing carbon dioxide capture - 16 CCS-CCU

ESTIMATED TOTAL FOR ADVANCED MATERIALS IN NMBP 91 72 163

Recommend participants to have with them a print-out of the WP 2016-2017 NMBP & LCE





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LCE 2016-2017 CALLS Technology WG

# 1 LCE-01-2016-2017: Next generation innovative technologies enabling smart grids, storage and energy system integration with increasing share of renewables: distribution network 20 10% 2 18 10% 1,8

# 2 LCE-02-2016: Demonstration of smart grid, storage and system integration technologies with increasing share of renewables: distribution system 73 10% 7,3 10% 0

# 3 LCE-06-2017: New knowledge and technologies 15% 0 20 15% 3 CCU

# 4 LCE-07-2016-2017: Developing the next generation technologies of renewable electricity and heating/cooling 61 15% 9,15 66 15% 9,9 PV, CSP, solar

heating and # 5 LCE-09-2016: Increasing the competitiveness of the EU PV manufacturing industry 25 15% 3,75 15% 0 PV

# 6 LCE-10-2017: Reducing the cost of PV electricity 15% 0 15 15% 2,25 PV

# 7 LCE-25-2016: Utilisation of captured CO2 as feedstock for the process industry 10 10% 1 10% 0 CCU

# 8 LCE-29-2017: CCS in industry, including Bio-CCS 15% 0 5 15% 0,75 CCS

ESTIMATED TOTAL FOR LCE 313

ESTIMATED TOTAL FOR ADVANCED MATERIALS IN LCE 41

189 124

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2016(Meuro)

2017(Meuro)

2016 & 2017 (Meuro)

ESTIMATED TOTAL FOR ADVANCED MATERIALS IN NMBP 163

ESTIMATED TOTAL FOR ADVANCED MATERIALS IN LCE 41

ESTIMATED TOTAL FOR ADVANCED MATERIALS 204

2016(Meuro)

2017(Meuro)

114 89

91 72

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EMIRI as key stakeholder representing Advanced Materials in Integrated SET Plan Governance

Integrated SET Plan Communication released in time for SET Plan Conference of Luxemburg Presidency (late September)

10 actions recommended to accelerate the energy system transformation

No details on R&I approaches to follow and priorities (too early)

Should be followed in 2016 by a Communication on Global Leadership of EU in SET Plan technologies

New SET Plan Governance with EMIRI proposed as key stakeholder to represent Advanced Materials

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EMIRI as key stakeholder in future DG R&I Cluster on Advanced Materials for Energy

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Cluster initiative entitled “Materials and Nanotechnologies for Energy Applications” set up by EU DG R&I – NMBP Team

Aims of the clusters are to:- Bring together all EC funded projects in a particular topic- Identify common objectives and synergies across projects- Develop technology roadmaps - Propose priorities for future European Commission initiatives / calls- Encourage pre-proposal networking- Establish longer term working groups on research goals and research gaps

Kick-off workshop on 24th November at EU offices - F. Stassin to give the presentation entitled “Materials for Energy Generation and Storage” (IDI will be detailed in there)

EMIRI to play a leading role in the Cluster – Let’s wait and see !




7th European Innovation Summit (December 7th) at EP (Energy Union – Remaining challenges)

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More on EMIRI at www.emiri.euOr by reaching out to me at [email protected]

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