El Séptimo Programa Marco de I+D de la Unión Europea CSIC 12 Septiembre Enrique Soria CIEMAT

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El Séptimo Programa Marco

de I+D de la Unión Europea

CSIC 12 Septiembre 2012

Enrique Soria

CIEMAT

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• Introducción 7PM. Participación CIEMAT

• Algunas iniciativas europeas, hacia una nueva gestión de

la Investigación

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European Energy Research Alliance EERA

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Proyectos Integrados (IRP)

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Kic InnoEnergy

• Hacia el H2020

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Dos programas:

CE y EURATOM

• VII Programa Marco de la Comunidad Europea para

actividades de investigación, desarrollo y demostración

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Decisión del Consejo y del Parlamento

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Periodo 2007-2013

• VII Programa Marco de EURATOM para actividades de

investigación nuclear y de formación

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Decisión del Consejo

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Periodo 2007-2011

• … Acompañados de un nuevo Programa de

Competitividad e Innovación (CIP)

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Objetivos estratégicos

El VII PM ha sido concebido como el instrumento para

asegurar el cumplimiento de la Estrategia de Lisboa

y construir el Espacio Europeo de Investigación (EEI)

 Hacer de la UE la economía basada en el

conocimiento más dinámica y competitiva del mundo

 Invertir más en investigación

 Reforzar la excelencia de la investigación europea

 Coordinar mejor las políticas y actividades de

investigación

 Asegurar el papel de la UE en el mundo

Contexto

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Participación de CIEMAT en los PM EU

- Financiación de

proyectos

-Creación de líneas de

actividad

- Formación de

consorcios

internacionales

- Construcción de

equipamientos

científicos

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Participación CIEMAT

Participación del CIEMAT en el 7º Programa Marco (2007-2011)

PROGRAMA TEMÁTICA Nº PROYECTOS APROBAD

OS FINANCIACIÓN (€)

CAPACIDADES I. Infraestructuras 17 4.470.775

COOPERACIÓN

II. Energía 11 1.867.763

III. Medio ambiente (incl.

Cambio Climático) 3 318.960 IV. Salud 2 505.880 PERSONAS V. Personas 3 306.606 EURATOM VI. Fisión 23 4.384.590

VII. Fusión 2 48.775

TOTAL 61 11.903.329

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Participación CIEMAT

Proyectos coordinados por el CIEMAT

ACRÓNIMO Título Programa Temática CIEMAT DEP.

SFERA Solar facilities for the European _{research area} CAPACIDADES Infraestructura_s Energía

GISELA Grid initiatives for E-Science virtual communities in Europe and

Latin America CAPACIDADES

Infraestructura

s Tecnología

EELA-2 E-science grid facility for Europe _{and Latin America} CAPACIDADES Infraestructura_s Tecnología

PACHELBEL Policy addresing climate change and learnig about consumer

behaviour in everyday life COOPERACIÓN

Medio Ambiente

(inc. C. Clim.) Ambiente Medio

ANDES Accurate nuclear data for nuclear _{energy sustainability} EURATOM Fisión Energía

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• Historia : EERA uno de los instrumentos del SET-plan (comunicación de

Noviembre 2007)

• Iniciativa de 10 centros públicos de Investig. en Energía para crear EERA

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Paris, 27 Octubre 2008

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Con el apoyo de EUA y EUROHORCS y el patrocinio de la EC

• Objetivo: Desarrollo de nuevas tecnologías energéticas

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De acuerdo con las áreas y la filosofía del SET Plan

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Harmonización de los programas nacionales y comunitarios, reducir la

fragmentación, creación de masa critica en Investigación

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Fortalecer, ampliar y optimizar las capacidades de Investigación

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Aprovechar los resultados de la Investigación Básica

• Creación de Centros Virtuales de Excelencia

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• Cooperación en Investigación en Energía

• 15 Partners

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Responsabilidad de EERA

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Cultura y Estructura de Gobierno

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Lanzamiento y supervisión de Programa Conjuntos

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Revisión bianual de los miembros ( primera vez 2012)

• Mas de 150 Organizaciones participantes

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Responsables de los Programas Conjuntos de EERA

• Mas de 2000 profesionales (full time equivalent)

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Posición EERA cadena de innovación

CI

ENCI

A

M

_ERCADO

EERA

Equipos de Excelencia

explorando nuevas rutas Programas Conjuntos

de la Alianza entre

institutos públicos investigación

Proyectos demostración Industria

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• Una organización capaz de tomar decisiones

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Comité Ejecutivo (Chairman y Secretariado) limitado a 15

socios

• La influencia depende de su implicación en EERA

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Organizaciones cualificados, y con revisiones

• Programas Conjuntos parte central de la organización.

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Criterios de Calidad y excelencia, revisiones

• Organización abierta a todos – partners ,

participantes, participantes, asociados

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EERA tipos de participación

• Partners

− Tienen un lugar en el Comité Ejecutivo (nueva composición del ExCo para 2012-2014: selección en Febrero de 2012)

− Responsabilidad colectiva para asegurar el buen funcionamiento de EERA − Cuota anual : 10 k€/año

• Participantes

− Participación de al menos 5 py/y en Programas Conjuntos − Tienen un puesto en “Joint Programme Steering Committee” − Responsabilidad Colectiva para el buen funcionamiento del JP − Cuota anual : determinada en cada JP

• Participantes Asociados

− Participación inferior a 5 py/y en Programas Conjuntos − Contribución al JP a través de un participante

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• PV

• Wind

• Geothermal

• Smart Grids

• Materials Nuclear

• Bioenergy

• CCS

• Marine Energy

• Concentrated Solar Power

• Fuel Cells and Hydrogen



Smart Cities



Energy Storage



Advanced Materials for Energy Applications (AMPEA), an EERA

Institute



Economical and Social Impacts

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• Many partners all across Europe (full & associated)

−

PV

: ECN (the Netherlands), coordinator, AIT (Austria), CEA-INES (France), CIEMAT

(Spain), CRES (Greece), CREST (UK), EMPA (Switzerland), ENEA (Italy), EPFL

(Switzerland), FhG-ISE / ISET (Germany), Fyzikalni Akademie Ceske (Czech

Republic), FZ Juelich (Germany), HZB (Germany), IMEC (Belgium), Imperial College (UK), IPP (Germany), JRC, LNEG (Portugal), Risø/DTU (Denmark), SINTEF (Norway), University of Gent (Belgium), University of Ljubljana (Slovenia), VTT (Finland), ZSW (Germany),IES( Spain)

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Wind

: Risø DTU (Denmark ), coordinator, ECN (the Netherlands), CRES (Greece),

CENER (Spain), CIEMAT (Spain), FhG IWES (Germany), LNEG (Portugal), UoP

(Portugal), SINTEF (Norway), VTT (Finland), UoS (UK); IREC(Spàin)

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Geothermal

: CEGL (Italy), coordinator, BRGM (France), CNR (Italy), CNRS (France), CRES (Greece), ETHZ (Switzerland), GFZ (Germany), ISES, ISOR (Iceland), KIT (Germany), LIAG (Germany), TNO (Netherlands)

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Smart Grids

: ERSA (Italy), coordinator, ENEA (Italy), coordinator, ECN (the Netherlands), Risø/DTU (Denmark), VITO (Belgium), VTT (Finland), AIT (Austria), IWES (Germany), JRC-IE, LABEIN (Spain), LABORELEC (Belgium), SINTEF (Norway), TUBITAK (Turkey)

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–

CCS

: IFP (France),coordinator, BGR (Germany), BGS (UK), BRGM (France), CIUDEN

(Spain), ECN (the Netherlands), ENEA (Italy), ERP (UK), ERSE (Italy), ETHZ

(Switzerland), FZJ (Germany), GFZ (Germany), GKSS (Germany), IFE (Normay), ImpCol (UK), INETI (Portugal), KIT( Germany), LNEG (Portugal), OGS (Italy), Polimi (Italy),

Risoe (Denmark), SINTEF (Norway), TNO (the Netherlands), U Bologna (Italy), U Heriot-Watt (UK), U Leeds (UK), U Nottingham (UK).

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CSP

: CIEMAT (Spain), coordinator, CNRS (France), CEA (France), ENEA (Italy), LNEG (Portugal), PSI (Switzerland), IMDEA (Spain)

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Materials for nuclear

: ENEA (Italy), FZD (Germany), Studsvik (Sweden), CEA

(France), SCK-CEN (Belgium), ImpCol (UK), VTT (Finland), KIT (Germany), JRC, UJV (Czech Republic), NRG, U Manchester (UK), CIEMAT (Spain), INR (Romania), CNR IENI (Italy), CSM (Italy).

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Bioenergy

: VTT (FI), coordinator, CEA (FR), CENER (ES), CIEMAT (ES), ECN (NL), ENEA (IT), FZJ-HGF (DE), IEn (PL), IMDEA (ES), INRA (FR), KIT (DE), LNEG (PT), PSI (CH), DTU (DK), SAMS (UK), SINTEF (NO), UKERC (UK), UNIPD (IT), UNIVR (IT) , VTT (FI),

METLA (FI), U Wageningen (NL), CSIC (Spain).

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OCEAN

: IES (UK), coordinator, U Edinburgh (UK), Tecnalia (ES), Wavec (PT),

IFREMER (FR), ENEA (IT), HMRC (IE), SINTEF/MARNTEK (NO), Fraunhofer (DE)

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ENERGY STORAGE

: KIT (Germany), coordinator, Vito DE), Vrije U Brussel (BEL), NRI Řež (ChR), DTU (DK), Tampere U of Technology (FI), VTT (FI), CEA FR), KIT (DE), DLR (DE), RWTH Aachen (DE), FZJ (DE), WWU Münster (DE), ENEA (IT), RSE (IT), CNR (IT), SINTEF (NO), IFE (NO), NTNU (NO), Jagiellonian University (PL), AGH-UST (PL), IEE SAS (SLK), CIEMAT (ES), IMDEA (ES), ICMAB (ES), ICMM (ES), CNH2 ES), UKERC (UK).

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AMPEA

: CEA (FR), coordinator; CEA (FR), PSI (CH), CNR (IT), CNRS (FR), ALBA (ES), CSIC (ES), CIEMAT (ES), DLR (DE), DTU (DK), HZBerlin (DE), FZJülich (DE), Fraunhofer

IWES (DE), ENEA (IT), Politecnico di Torino (IT), Aarhus University (DK) , U Bergamo (IT), U Bologna (IT), U Parma (IT), U Padova (IT), U Pisa (IT), U Udine (IT), SINTEF (NO), IEN (PL), U Cambridge (UK), U Southampton, U Lorraine (FR), VTT (FI)

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FUEL CELLS AND HYDROGEN:

ENEA (IT), coordinator; CNRS (FR),

SINTEF(NO), FZ-Jülich (DE),VTT (FI), CEA (FR), U Bristol (UK), NBFCE (UK), DTU (DK), DLR (DE), JRC (EU), CNR (IT),TUD (NL), CIEMAT(ES) ,CNH2 (ES), UoU (UK), POLITO (IT)

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• CENER

• CIEMAT

• CIRCE-UNIZAR

• CNH2

• CSIC

• IMDEA ENERGIA

• IREC

• TECNALIA

• CIEMAT es un miembro activo del EERA ExCo

• CIEMAT tiene el papel :

Promover las actividades de EERA

Fomentar la participación de Organizaciones

Nacionales

PARTICIPATION IN JOINT

PROGRAMMES:

-WIND (SP coordinator), PV, SMART

GRIDS, MATERIALS FOR NUCLEAR,

AMPEA, CSP ( JP coordinator), CCS,

BIOENERGY, OCEAN, FUEL CELLS AND

HYDROGEN, ENERGY STORAGE,

SMART CITIES, ECONOMICAL

STUDIES

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FP7-ENERGY 2013

IRP (Integrated Research Programme )

• Combination of Coordination and Support Action AND

Collaborative Project (CSA-CP)

• Be careful: the aim is to fund a Programme not just a

project: “Reporting will be expected to provide a complete

overview on progress of the overall programme, but

financial reporting will be limited to those parts receiving

co-funding from the EU.”

• This is a test (“pilot exercise”) for EERA - to prepare for

Horizon 2020

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IRP Technologies areas

• 6 areas have been selected by the EC:

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Wind Energy, Photovolatics, Bioenergy, Smart Grids,

Electrochemical Storage, Concentrated Solar Power (CSP)

• Up to €10M per technology area

• Duration of 4 years

• Total amount for IRP is €35M

• « Taking into account the available budget, proposals across all

technology areas will be in competition against each other »

• Launch of the call: July, 10th

• Deadline of the call: January, 8th

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Example: Text on Wind Energy

The integrated research programme supported under this topic

aims at preparing the next wave of industrial

demonstration and deployment of wind energy

technologies, especially in the offshore environment. A key

objective will be to address the research challenges of

the SET-Plan European Wind Industrial Initiative in a

common and structured way at European level. The

medium to long term research undertaken under the

programme is expected to accelerate the development of

efficient and cost-effective large offshore wind turbines,

including their substructures and the large scale grid

integration of wind energy.

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IRP Call requirements

The integrated research programme (IRP) should combine, in

a closely co-ordinated manner:

1. Integrating activities to lay the foundations for long-lasting research

cooperation,

2. Exchange of researchers,

3. Joint activities to foster the use of existing research facilities

4. Joint research activities,

5. Transfer of knowledge activities,

6. Proposals could include actions on international cooperation

.

- High ambitions, many activities, many partners, limited budget...

Proyectos Integrados

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Additional IRP Call requirements

• Special role for Member States:

« Political support from relevant national authorities »:

-

Alignment of national research programme from national funding

agencies?

- Letter of Support from respective ministries?

• What role for industry?

« reinforcing the partnership with European industry, though e.g.

transfer of knowledge and other dissemination actitivies, activities to

foster the use if research outcomes by industry »

-

Which model?

- Does industry have to sign IRP grant agreement?

• All IRP’s should adresss materials aspects.

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KIC InnoEnergy – A European Company

with Relevant Shareholders

KIC InnoEnergy | Boosting Innovation for Sustainable Energy 25

700M€

2011-2015

The Leading Engine for Innovation and Entrepreneurship in Sustainable Energy

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Achievements

Tangible results since incorporation in December 2010

KIC InnoEnergy | Boosting Innovation for Sustainable Energy 26

Edu ca tio n Te chno lo gy B us ine ss

146

students in our 120 ECTS Masters

28

engineers in our PhD School

21

professionals in our Exec. programs

₁₁

_{patents filed (1/1M€; 1/67M€ in FP7)}

23

new technology products & services

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KIC InnoEnergy Iberia - Organization

Shareholders

IBERIA

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KIC InnoEnergy Iberia - Activities

Education 2011-2012

• MSc Renewable Energy

• MSc Innovation and Entrepreneurship • PhD program Renewable Energy

• From Science to Business • Explore House

• Learning Modules:

− LOW3: Living Lab for Sustainable living − Wave Energy Realities

− E-insights: lessons learned from entrepreneurs in the field of sust. energy

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KIC InnoEnergy | Boosting Innovation for Sustainable Energy

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OTS: Develop and test ancillary

products for offshore energy generation plants: O&M and environmental tools, OWC air turbine, subsea cable connections

KIC InnoEnergy Iberia - Activities

Innovation Projects Portfolio (2011)

OFFWINDTECHSe

rvices and tools for deep water

offshore wind energy at

competitive costs:

EnThiPV: Improve lifetime of organic solar

photovoltaic OPV cells and CIGS using affordable encapsulation. Develop

advanced high barrier measurement instrument for industrial use

TESCONSOL: Cost effective thermal

energy storage systems (TES) for CSP with investment cost < 25€/kWh

LHI-EFINDPRO: Improvement of energy

efficiency in industrial parks with SMEs: new tools and systems, renewables in industrial, living labs

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Grid, park engineering, blades and airfoils, turbine dynamics.

NEPTUNE: Floating LIDAR equipment and

software to reduce costs and risks for offshore wind farm site assessment.

Energy resource and operational condition short term forecasting tools.

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KIC InnoEnergy Iberia - Activities

Innovation Projects Portfolio (2012)

AFOSP:

Alternative floating platform designs for offshore wind turbines using low cost materials.

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KASTRION:

Solution that maximizes the production time of offshore wind turbine farms based upon:

− A stand-alone analysis system with on-site pre-diagnostic of the machine based on multi-modal spectral monitoring technology − A tailored diagnostic centre for a reliability prediction of the farm

OCEANKIC:

− New membranes for production of energy by osmotic process − Safer and higher durability marine coatings with anti-fouling and

enhanced anti-corrosion properties − New process for membrane protection

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BARCELONA OFFICE

KIC INNOENERGY IBERIA Edifici Nexus II

c/ Jordi Girona, 29 08034 Barcelona

KIC InnoEnergy Iberia - Organization

[email protected]

www.kic-innoenergy.com

in SPAIN in PORTUGAL

LISBOA OFFICE

KIC INNOENERGY IBERIA Av. António José de Almeida 12 1049-001 Lisboa

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INCUBATOR

Open & Cross Innovation Center Av. de la Torre Blanca, 57

08172 Sant-Cugat del Vallès (Barcelona)

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