European Commission Statement Japan Hydrogen and … · JHFC Seminar 10th March 2005 Sustainable...

Sustainable Energy Systems Slide n° 1JHFC Seminar 10th March 2005

European Commission StatementJapan Hydrogen and Fuel Cell Seminar

Yokohama, 11th March 2005


EU Policy Context

Security of EU energy supply

Reduction of EU greenhouse gases and pollutant emissions (Kyoto and beyond)

Improve energy efficiency, reduce energy intensity

Increase share of renewable energy

Improve EU industrial competitiveness


Elements of a European Strategy for Hydrogen and Fuel Cells

High Level Group H2 and FCs (2002-2003) -Vision report : “Hydrogen energy and Fuel Cells –A vision of our future”

European Hydrogen and Fuel Cell Technology Platform

Building a European Research Area in hydrogen

FP7 (2006- ) –Proposal for a Joint Technology Initiative in Hydrogen and Fuel Cells


Hydrogen and Fuel Cell research actvities co-financed by the European

Commission


832

58

145

0

50

100

150

200

250

FP2 FP3 FP4 FP5 FP6

EC Support toFuel Cell/Hydrogen projects

2003

2005

In annex 2 you can find further details on financed projects

FP6: First Call for proposals : 31 contracts, 103 Meuro: Projects started in 2004

TOTAL:

Fu

el Cells

Hyd

rog

en

32.9Fuel Cells Subtotal:

70.4Hydrogen Subtotal:

15.11 IP / 3 STREP4High Temperature Fuel Cells

14.952 IP / 3 STREP5Solid Polymer Fuel Cells

2.852 STREP2 Portable applications

103.3 Meuro

13.52 IP / 1 SSA3H2 end use

21.52 IP / 1 STREP / 3 CA / 2 SSA

8H2 pathways

7.51 NoE / 1 SSA2H2 safety, regulations, codes & standards

13.31 IP / 1 RTN2H2 storage

14.61 IP / 4 STREP5H2 production

EC funding (MEURO)

Type of action or instrument*

Number of contracts

Area

*Instrument: IP=Integrated Project; NoE=Network of Excellence; STREP=Specific Targeted Research Project; CA=Coordination Action; SSA=Specific Support Action; RTN: Research Training Network

FP6 –First Call –Hydrogen Projects

Vrije UniversiteitBrussel, Belgium

0.5Harmonisation of Standards and regulations

SSAHARMONHY

ForschungszentrumKarlsruhe, Germany

7Networking research in safety issues

NOEHYSAFEH2 safety, regulations, codes & standards

Magna SteyrFahrzeugtechnik,Austria

10.7Next generation storage technologies for on-board applications

IPSTORHYH2 storage

EDF, France0,9Solid oxide waterElectrolyser

STREPHi2H2

CEA, France1,9High TemperatureThermochemical cycles

STREPHYTHEC

DLR, Germany2.1Solar MSR for synthesis gas Production

STREPSOLREF

Växjo University, Sweden

9,5Hydrogen rich gas from biomass

IPCHRISGASH2 production

Co-ordinatorEU indicative funding

(M€)

TopicType of

Action

Project Acronym

Area

FP6: First Call –Hydrogen Projects (Cont.)

VITO, Belgium1Effectiveness of demonstration initiatives

SSAPREMIA

BMW, Germany9Internal combustion engines

IPHYICE

INFRASERV, Germany

7,5 H2 FC fleet demonstrationIPZERO REGIOH2 end use

CEA, France0.5Innovative high temperature production routes for H2 production

CAINNOHYP-CA

Gasunie, The Netherlands

11Investigating infrastructure requirements for H2 and natural gas mixes

IPNATURALHY

Ernst & Young, Belgium

0.5European H2/FC Technology Platform Secretariat

SSAHYCELL-TPS

L-B Systemtechnik, Germany

4Elaborating a European Hydrogen Roadmap

IPHYWAYSH2 pathways


(M€)

TopicType of

Action

Project Acronym

Area

FP6: First Call –Fuel Cell Projects

Geesthacht Research Centre,GKSS (Germany)

2,2Compact direct (m)ethanol fuel cell

STREPMOREPOWERPortable applications

DTU, Technical University of Denmark

4High temperature polymer electrolyte membrane (PEM)

IPFURIM

Volvo (Sweden)

9Innovative systems and components for road transport applications

IPHYTRANSolid Polymer Fuel Cells

CCIRAD (France)3SOFC fuelled by biomass gasification gas

STREPGREEN-FUEL-CELL

TU Munich (Germany)

2,5Biomass Fuel Cell Utility System

STREPBIOCELLUS

Research Centre Jülich (FZJ)(Germany)

9Next generations SOFC planar technology

IPReal-SOFCHigh TemperatureFuel Cells


(M€)

TopicType of

Action

Project Acronym

Area


FP6: Third Call

Main RTD & Demo topics:Fuel cell materials, processes and systems for small, large

stationary CHP, also road vehicle traction; marine and aircraft APUsFC system modelling and testingHydrogen production: large scale gaseous fossil fuels fuel

processors, electrolysis, vehicle fuel dispensersHydrogen storage advanced materials Demonstration of H2 and alternative fuelled vehicles and

infrastructureBenchmarking, planning for integrated RTD and demonstration of

hydrogen and fuel cell “communities” (HyCOM, HyPOGEN)Pre-normative research for regulatory and safety of vehicles and

hydrogen infrastructure

Closed 8th Dec 2004 : EU funding ca. 130-150 Meuros (Projects to start in 2005 and 2006)


Hydrogen Technology Platform(https://www.hfpeurope.org/)


European Hydrogen and Fuel Cell Technology Platform

Overall platform goal:“To facilitate and accelerate the development and deployment of cost–effective, world class European hydrogen and fuel cell based energy systems and component technologies for applications in transport, stationary and portable power”

Build stakeholder consensus on strategies for research and deployment and hydrogen “pathways”

Stimulate public/private partnerships to prepare for deployment of hydrogen and fuel cells

Help build European Research AreaCapitalising past and ongoing RTD and Demonstration

projects

ADVISORY COUNCILADVISORY COUNCIL(& its Executive Group)

Strategic ResearchAgenda

DeploymentStrategy

Member States’Mirror Group HFP Secretariat

Steering Panels

Initiative Groups

Financing & Business

Development

Regulations, Codes &

Standards

Education & Training

Public Awareness

Platform Operations New and on-going projects and initiatives (EC + MS:national, regional and local)

HLG Vision

European Hydrogen and Fuel Cell Technology Platform (HFP)

EC Project Team

HFP: Its Operational Structure


Platform BodiesPlatform GovernanceAdvisory Council: advancing overall vision and

strategy, Member States’ Mirror Group: deepen co-operation on

RTD and D, framework for policy development;Strategy Development Steering Panels:Strategic Research Agenda: RTD priorities, targets

timelines, instruments; Deployment Strategy: deployment scenario “Snapshot

2020”, “lighthouse” demonstrations, public-private partnerships, favourable commercial and political environment,

Initiative Groups:Regulations codes and standards,Education and trainingFinance and Business developmentPublic Awareness


Strategic Research Agenda and Deployment Strategy “foundation”

documentsStrategic Research Agenda:

Research strategy for 2005-2015 (targeted)Mid-term perspective to 2030Long term perspective to 2050 (qualitative)

Deployment Strategy:“Snapshot 2020” for deployment of transport, stationary and

portable applications;Policy issuesTechnical, regulatory and economic barriers to deploymentSocio-economic assessment

Managerial appraisal and funding issues under development

Foundation documents available for review on platform website: http://www.hfpeurope.org

Preparing merged strategy document


European Hydrogen and Fuel Cell Technology Platform :

2nd General Assembly

High profile event scheduled for 17-18 March 2005 in BrusselsMinisterial level presentations from Commission, EU member

states;Keynote speeches from Members European Parliament, senior

industrial Presentation and validation of the Strategic Research Agenda and

Deployment Strategy “foundation” documents and joint strategy document

Assimilation of ongoing EU and national projects in technical sessions covering hydrogen systems, fuel cells for stationary, transport and portable applications


For the period 2006-2013Will request a substantial increase in research budgetFP7 Orientations presented in Commission Communication - (COM/2004/353 of 16 June 2004)Proposes a new concept of European Joint Technology Initiatives (JTI), e.g. for Hydrogen and Fuel Cells

Tentative timetable:FP7 proposal of the Commission –Spring 2005First calls –late 2006

7th Framework Programme


JTI concept and values

Implements in an effective and efficient manner the Integrated Strategy for research and deployment developed in the Technology Platform It is a Public-Private-Partnership with an

appropriate governance and management structure (avoiding conflicts of interest)Envisages strong industrial participationSupporting a European Research AreaDeveloping outreach at international level


Possible scope for JTI

Fuel cell systems –transport, stationary and portableHydrogen production, focus on sustainable renewable routes

and transition from fossilsHydrogen delivery and storageHydrogen safety and testingLighthouse projects, Demonstration to trigger deployment

HyCOM –transportation and stationary HyPOGEN - hydrogen production from fossil fuels with CO2 capture and

storage

Support to development of policy and regulatory framework, including pre-normative research, socio-economic research, education and training, dissemination

Collaborative fundamental research –materials, processes


Staying Informed

Energy Research at Europahttp://europa.eu.int/comm/research/energy/index_en.html

General information on the Sixth Framework Programme:http://europa.eu.int/comm/research/fp6/index_en.html

CORDIS FP6 Service:http://www.cordis.lu/fp6/

Energy helpdesk:[email protected]

HFP technology Platform:www.HFPeurope.org

Initiative for Growth:http://europa.eu.int/comm/commissioners/prodi/pdf/growth_initiative_en.pdf

Towards FP7:http://europa.eu.int/comm/research/future/index_en.html

European Commission Statement Japan Hydrogen and … · JHFC Seminar 10th March 2005 Sustainable...

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