Philippe SCHILD New and Renewable Energy Sources Directorate General for Research

Transcription

1 Philippe SCHILD New and Renewable Energy Sources Directorate General for Research

2 Mid-term review of the work programme (including the road map and the call text) Call text will specify which areas are open and for which instruments list of topics for IP and NoE proposals specified areas for STREP proposals

3 !" Informal stakeholders consultations EoI call (deadline March 19, 2004) Consultations with Advisory Group on Energy; parallel consultations with a working group of the Programme Committee Drafting and approval procedure, including positive opinion of the Programme Committee Call for proposals (September 04 - December 04)

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5 # # $#%& Only applicable to : FP6 Thematic Priority 6.1.ii - Sustainable Energy Systems, research activities having an impact in the medium and longer term (i.e. that part of the WP managed by DG RTD) Open : 26 November 2003 Close : 19 March 2004 at (Brussels time) All details and forms : on CORDIS web-site at

6 ' Fixed format for all EoIs (on-line submission only) Internet form with drop-down boxes and fixed-length free text boxes (no EoI can exceed the given length) Modifications possible Ability to make changes to an EoI right up to the closing date (instructions will be sent by after the initial EoI submission) Simplified procedure Less onerous for EoI submitters than the 2001 EoI exercise Wider scope EoI for IPs and NoEs are particularly welcome, as well as for STREPs and CAs Feedback Publication of EC analysis and searchable EoI database in May 2004 (same website address). No individual feedback to submitters.

7 # Guide for Submitters contains scope, instructions, guidance and Help Desk details PLEASE READ IT! Management-level information required on: Potential impact and relevance (max 2000 characters) Scientific and technological objectives (max 2000 characters) Outline implementation plan (max 3000 characters) Envisaged consortium (max 2000 characters) EoI is not a first stage proposal much less information is needed; e.g. full details of the envisaged consortium are not required in an EoI EoI submission is not obligatory, but is strongly encouraged advantageous for both EoI submitters and the Commission

8 !# ( Visibility a real opportunity to help identify priorities for the mid-term revision of the Work Programme and to influence the content of future calls for proposals. Bottom-up exercise all ideas welcome (if within the scope of the Specific Programme). All EoIs will be analysed by the Commission, assisted by independent experts. Consortium building all EoIs will be published in a searchable database (if the submitter agrees). Opens up possibilities for networking and will help to attract new partners. Important note: submission of an EoI gives no preference to any proposer in subsequent calls. EoI can influence the content of the call, but not the outcome.

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10 + increasing security of energy supply reducing greenhouse gases and pollutant emissions, improving energy efficiency increasing the share of renewable energy sources improving competitiveness of EU energy industry * A part of Priority 6: Sustainable Development, Global Change and Ecosystem

11 Short and medium term actions (DG TREN M ) Focus Integrated demonstration actions Impact Accelerate market penetration with emphasis on 2010 energy policy objectives Medium and long term actions (DG RTD M ) Focus Research, including prototypes and pilot plants Impact Technology development (wide exploitation beyond 2010)

12 # Policy context, research and energy policies Creation of European Research Area Increased contribution of renewable energy sources (from 6 to 12% in 2010), green electricity (22%), liquid bio-fuels (5.75%) Implementation principles: Focus on priorities, selective calls Priority use of the new instruments

13 # Policy context, research and energy policies SME Participation 15% of Thematic Priority Budget International Co-operation

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15 . $/0% Clean energy, in particular renewables Cost effective supply Large scale integration Energy savings and energy efficiency Eco-buildings Polygeneration Alternative motor fuels

16 . $/0% Fuel cells, including their applications New technologies for energy carriers (Hydrogen & Electricity) New and advanced concepts in renewable energy technologies Capture and sequestration of CO 2 Socio-economic tools and concepts for energy strategy

17 TARGET: to develop competitive fuel cell & related technologies for stationary and transport applications Low & High Temperature Fuel Cells Development Research topics: stacks, fuel processors, fuel-cell/ electrolysers, etc. System development for : Research topics: system simplification, simulation and modelling, optimisation and cost reduction of auxiliary components and balance of plant Types of application: power generation (0.5-5 MW), portable power systems, small road vehicles and for heavy duty transportation.

18 1 2 TARGET: preparing the transition to a hydrogen energy economy Clean production AREAS OF RESEARCH H 2 Infrastructure (Distribution & Storage) Basic materials Safety Hydrogen economy

19 1 TARGET: transform the conventional electricity grid into an unified and interactive energy service network with large penetration of Distributed Energy Resources AREAS OF RESEARCH Large scale use of distributed energy resources Energy storage and technologies for grid connections Enabling technologies for interactive networks

20 + TARGET: improving the efficiency, reliability, costeffectiveness, safety, availability and durability of renewables Photovoltaics Biomass and bioenergy Other areas such as wind geothermal ocean concentrated solar thermal

21 1 AREAS OF RESEARCH Concepts for next generation solar cells PV components and systems Processing and manufacturing technologies for crystalline Si modules Materials and technologies for thin film PV PV in the built environment PV in MW size plant

22 1) AREAS OF RESEARCH Combustion technologies Gasification systems Biofuels for transport and fuel cells Energy from bio-residues and energy crops

23 13 TARGET: Wind Geothermal Ocean Energy System AREAS OF RESEARCH Concentrated Solar Thermal

24 TARGET: reduce the cost of CO2 capture from to per tonne, with capture rates above 90%, and assess the reliability and long term stability of sequestration. AREAS OF RESEARCH Post-combustion capture Pre-combustion capture Geological sequestration Chemical/ mineral sequestration

25 . TARGET: Model and tool development to study social and economic issues related to new energy technologies AREAS OF RESEARCH energy external costs social issues related to implementation of energy technologies, incl. ethics quantitative and qualitative forecasting methods

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27 # Number of proposals & % of New v Trad Instruments EC Contribution & % of New v Trad Instruments Submitted % -70% 1347 M 72% - 28% Ranked list 46 39% - 61% ~200 M 78% - 22% Available budget ~200 M Ranked projects (after mergers) 14 IPs, 4 NOEs, 4 CAs, 18 STREPs, 2 SSAs

28 6 -# Received Eligible Above thresholds Ranked list IP NoE STREP CA SSA Ranked Ranked list/eligible: list/eligible: 30% 30% 20% 20% 14% 14% 37% 37% 18%. 18%.

29 7 #7 $ " % IP STREP 6 SME 3 Other 7 University 1 Other 3 SME 3 University 9 Industry 9 Research 2 Industry 2 Research IP STREP Requested contribution (submitted) 13 M 2.5 M Recommended (ranked list) 9 M 2 M Number of partners 34 11

30 CORDIS: EUROPA: Programme Committee members and National contact points Information days and similar events, conferences Call for Expression of Interest:

31 EUROPA: /