FP7 Energy Information Day Work Programme 2011

Transcription

1 FP7 Energy Information Day Work Programme 2011 Zagreb, 12 th October 2010 Jérémie ZEITOUN Call Coordinator Energy Technologies and Research Coordination Directorate-General for Energy

2 Introduction Croatian situation towards EU research Current situation FP7: Associated Country = equal status as an EU Member State from the very beginning g( (MoU on 13 June 2007, with retroactive start on 1 January 2007) SET Plan: Observer Future situation: Croatia to join the EU? Application submitted on 21 February 2003 Application submitted on 21 February 2003 Official Candidate Country status June 2004 Launch of the talks 12 June 2006

3 General Approach for the WP2011 Accelerate market uptake for 2020 targets and 2050 perspective Relevant industrial participation is a must, specific guidelines for predominant demonstration component Alignment with SET Plan priorities with EII flag meaning: The topic contributes to realising the Implementation Plans ( ) 2012) and the Technology Roadmaps ( ) 2020) Selected projects are expected to participate to specific monitoring and knowledge sharing mechanisms which will be established

4 Calls 2011 Date of publication: 20 July 2010 SET Plan Initiatives FP7 ENERGY : 1: focus on research with a long term horizon Deadline: 16 November 2010 Two stage evaluation procedure Indicative budget: EUR 74 M FP7 ENERGY : 2 focus on research with iha short term horizon and on demonstration Deadline: 07 April 2011 Single stage submission and evaluation procedure Indicative budget: EUR 137 M

5 Calls 2011 Date of publication: 20 July 2010 Cross thematic calls FP7 OCEAN 2011: joint call on ocean research two energy topics: Multi use offshore platforms ltf Knowledge base and tools for an integrated management of the Mediterranean and the Black Sea marine and maritime activities FP NMP ENV ENERGY ICT EeB: call on energy efficient buildings one energy topic: Demonstration of very low energy new buildings FP7 NMP ENERGY 2011 one topic: Development and up scaling of innovative photovoltaic cell processes and architectures to pilot linescale for industrial application

6 Calls 2011 Date of publication: 20 July 2010 International Cooperation FP7 ENERGY 2011 JAPAN: coordinated call on photovoltaics Parallel Japanese proposal submitted to NEDO. FP7 ENERGY 2011 EXCHANGE: call for International Research Staff Exchange in the field of energy research (USA and Japan) Partners from either the US or Japan. ERA NET FP7 ERANET 2011 RTD: joint call of all FP7 themes ERA NETs in the field of Geothermal and Ocean Energy

7 Key Features of the Call on short term and demo (Call 2) 12 topics 10 Collaborative Projects 1 Support Action 1 Coordination Action Indicative budget: EUR 137 million Deadline 7th April 2011, 17:00:00 (single stage procedure)

8 FP7 Cooperation Breakdown of the Energy Theme Hydrogen and fuel cells Renewable electricity generation Renewable fuel production CO2 capture and storage technologies for zero emission i power generation Clean coal technologies (and cross- cutting issues with CCS) Smart energy networks Renewables for heating and cooling Energy savings and energy efficiency Knowledge for energy policy making Horizontal Programme Actions

9 Indicative Budget Breakdown (Call 2) Smart Energy Networks; 30 M Energy efficiency; 15 M Renewable electricity; 52 M CCS / Clean Coal; 20 M Heating and cooling; 20 M

10 Activity 2. Renewable Electricity Generation (indicative budget 52 M ) Photovoltaics Productivity and cost optimization issues for the manufacturing of photovoltaic systems based on concentration Promising technology, but one barrier is cost Large scale production of CPV systems in an integrated way, addressing the manufacturing process as a whole (cells, optics, modules) Indicatively 2 projects to be funded Development and demonstration of standardized building components The aim is to propose new solutions to architects and builders leading role of the building industry is expected, together with involvement of architects t and testing ti lb laboratories Dissemination is paramount Indicatively 2 projects to be funded

11 Activity 2. Renewable Electricity Generation (indicative budget 52 M ) Wind Demonstration of innovative off shore wind electricity generation structure Deep water environments (> 60m) Focus on floating structures, with multi MW converters Comprehensive project: installation, safety, operation and maintenance, environmental impacts, cost analysis Connectivity to the grid Indicatively 2 projects to be funded

12 Activity 4. Renewables for Heating & Cooling (indicative budget 20 M ) Cross cutting issues Materials for thermal energy storage systems Basic and applied research Range of medium temperature (20 to 100 C) Replacement of conventional water media (energy density performance above 70 kwh/m 3 in order to reduce volume by 3 to 6 times) Indicatively 2 projects to be funded Advanced compact storage systems Applied research and demo Range of medium temperature (20 to 100 C) Use of the materials in a comprehensive system Holistic approach (supply, control and monitoring, components ) Indicatively 3 projects to be funded

13 Activity 4. Renewables for Heating & Cooling (indicative budget 20 M ) Solar thermal for the industry Low/Medium temperature solar thermal systems for industrial process heat Large scale integration of collectors (80 to 120 C and/or 80 to 250 C) Heat demand > 1 MWth Demonstration of solar systems totally integrated in the whole heat management processes Target sectors: food, beverage, steel or textile industry Indicatively 3 projects to be funded

14 Activity 5&6. Clean Coal Technologies and CCS (indicative budget 20 M ) CO 2 capture &6.2 1 Optimising the integration of CO 2 capture into power plants Coal and lignite fired plants are targeted Focus on the integration to increase the efficiency in a holistic approach, i.e. power plant, capture unit, compression unit Technology neutral Indicatively 2 projects to be funded &6.2 2 Improving efficiencies and reducing GHG emissions through CO 2 capture in industrial applications other then power generation Target sectors: intensive coal users such as coke, iron and steel making, cement, chemicals Technology neutral Indicatively 1 project to be funded

15 Activity 5&6. Clean Coal Technologies and CCS (indicative budget 20 M ) Support action &6.2 3 Support to the European CCS Demonstration Projects Network Support action (secretariat, coordination, communication, visibility, dissemination ) Adding value to knowledge sharing through data analysis Duration of 4 years Maximum 1 project to be funded

16 Activity 7. Smart Energy Networks (indicative budget 30 M ) Electricity storage Storage and balancing variable electricity supply and demand Bridge the electricity source (with flexible generation from renewables) and demand Large scale storage system (in the range of GWh) Large centralised systems or smaller systems coupled with distributed supply Technology neutral Indicatively 2 projects to be funded

17 Activity 8. Energy Efficiency and Savings (indicative budget 15 M ) Manufacturing Industry Energy efficiency demonstration in manufacturing industry Innovative industrial processes or sub processes Possible demo in existing plants, or new plants Monitoring and accounting for energy and CO 2 savings on the whole life cycle, and Key Performance Indicators are expected Target: cement, steel, aluminium, petrochemical, pulp and paper Indicatively 2 projects to be funded Energy efficiency in low carbon industrial parks Concerted action for site optimisation clustering several processes (such as industrial complexes, infrastructures nodes, ports, airports ) Innovative energy management systems to reduce overall footprint Benchmark of existing initiatives and dissemination of best practices Target: cement, steel, aluminium, petrochemical, pulp and paper Indicatively 2 projects to be funded

18 ScientificOfficersincharge in charge indg ENER (demo) Photovoltaic MrPietro Menna Wind Mr Roberto Gambi Heating & Cooling Mr Jose Riesgo Villanueva Clean Coal / CCS Ms Constantina Filiou Energy efficiency Mr Santiago Gonzalez Herraiz Smart Grids Mr Jean Marie Bemtgen

19 What is demonstration? Aim = promote large scale replication of a demonstrated technology to contribute to the 2020 targets Guidelines to be considered d by the experts during the evaluation under the usual criteria They do not replace the Rules for Participation which fully apply, nor constitute additional eligibility criteria Part of the Guide for Applicants

20 Industrial leadership Real industrial commitment: ideally coordinator, but at least leading role in the management and decision structure Credible share of professsional time Ideally at least one full time per partner Well defined and meaningful role in the consortium Long term experience and competence CVs showing experience and competence of the staff involved

21 Replication Potential Projects should lead to deployable results of the demonstrated technology, concept or system Replication plan should include the expected contribution of the proposal in terms of: Increase of renewables market share CO 2 reductions Energy efficiency gains However, deployment costs are not eligible under FP7 the proposal should remain in precompetitive research

22 Risk Management Identification of the risks and mitigation measures should be included Administrative risks Technical risks Financial risks IPR related risks Description of the whole financing plan, with all p g p, complementary sources mentioned and secured

23 Repartition of eligible costs Research activities to be closely linked to the demonstrated technology Demo activities should represent a substantial part of overall eligible costs (compared to «RTD», «management» and «other activities» costs)

24 Closing recommendations: Read the Bibles Reference documents: - Work Programme - Guide(s) for Applicants - Rules of Submission, Evaluation and Award Procedures Available on CORDIS: How to apply: Participant Portal ger/participants/portal

25 Thank you for your attention