FP7 Energy Information Day Work Programme 2011

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FP7 Energy Information Day – Work Programme 2011

Zagreb, 12

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_{October 2010}

Jérémie ZEITOUN C C

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,

Call Coordinator

Energy Technologies and Research Coordination Directorate-General for Energy

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Introduction ‐ Croatian situation towards EU research

• Current situation

–

FP7: Associated Country = equal status as an EU Member State

from the very beginning (MoU on 13 June 2007, with retroactive

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start on 1 January 2007)

–

SET‐Plan: Observer

SET Plan: Observer

• Future situation: Croatia to join the EU?

–

Application submitted on 21 February 2003

–

Official Candidate Country status June 2004

–

Launch of the talks 12 June 2006

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General Approach for the WP2011

• Accelerate market uptake for 2020 targets and 2050

perspective

• Relevant industrial participation is a must specific

• 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

(2010 2012)

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(2010 2020)

(2010‐2012) and the Technology Roadmaps (2010‐2020)

–

Selected projects are expected to participate to specific

monitoring and knowledge sharing mechanisms which will be

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established

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Calls 2011

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Date of publication: 20 July 2010

FP7‐ENERGY‐2011‐1: focus on research with a long‐term horizon

SET–Plan Initiatives

FP7 ENERGY 2011 1: focus on research with a long term horizon

• Deadline: 16 November 2010

• Two‐stage evaluation procedure

• Indicative budget: EUR 74 M

FP7 ENERGY 2011 2 f

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FP7‐ENERGY‐2011‐2: focus on research with a short‐term horizon and

on demonstration

• Deadline: 07 April 2011

Deadline: 07 April 2011

• Single‐stage submission and evaluation procedure

• Indicative budget: EUR 137 M

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Calls 2011

Cross‐thematic calls

Date of publication: 20 July 2010

FP7‐OCEAN‐2011: joint call on ocean research ‐ two energy topics:

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Cross thematic calls

• Multi‐use offshore platforms

• Knowledge‐base and tools for an integrated management of the

Mediterranean and the Black Sea marine and maritime activities

FP7‐2011‐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

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Calls 2011

Date of publication: 20 July 2010

International Cooperation

Date of publication: 20 July 2010

FP7‐ENERGY‐2011‐JAPAN: coordinated call on photovoltaics

• Parallel Japanese proposal submitted to NEDO

International Cooperation

• 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

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Key Features of the Call on short‐term and demo (Call 2)

• 12 topics

12 topics

–

10 Collaborative Projects

1 Support Action

–

1 Support Action

–

1 Coordination Action

• Indicative budget: EUR 137 million

• Deadline 7th April 2011, 17:00:00

(single stage procedure)

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FP7 Cooperation

Breakdown of the Energy Theme

FP7 Cooperation – Breakdown of the Energy Theme

Hydrogen and fuel cells

CO2 capture and storage technologies for zero

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Renewable electricity generation

emission power generation

Clean coal

technologies (and cross-cutting issues with CCS) generation

Renewable fuel production

Smart energy networks

cutting issues with CCS)

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Renewables

for heating and cooling

Energy savings and energy efficiency

Knowledge for energy policy making Horizontal Programme Actions

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Indicative Budget Breakdown (Call 2)

Energy efficiency; 15 M€ 15 M€ Smart Energy Networks; 30 M€ Renewable electricity; 52 M€ ; CCS / Clean Coal; 20 M€ Heating and _li _{20 M€} 20 M€ _{cooling; 20 M€}

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Activity 2. Renewable Electricity Generation (indicative budget 52 M€)

• Photovoltaics

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2011.2.1‐3 Productivity and cost‐optimization issues for the

manufacturing of photovoltaic systems based on concentration

• Promising technology but one barrier is costPromising 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

–

2011.2.1‐4 Development and demonstration of standardized building

components

• The aim is to propose new solutions to architects and builders Æ leading role of the building industry is expected, together with involvement of hit t d t ti l b t i architects and testing laboratories • Dissemination is paramount • Indicatively 2 projects to be funded

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Activity 2. Renewable Electricity Generation (indicative budget 52 M€)

• Wind

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2011.2.3‐1 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

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• Connectivity to the grid

• Indicatively 2 projects to be funded

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Activity 4. Renewables for Heating & Cooling (indicative budget 20 M€)

• Cross‐cutting issues

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2011.4.1‐3 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/m3 _{in order to reduce volume by 3 to 6 times)}

• Indicatively 2 projects to be funded

–

2011.4.1‐4 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

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Activity 4. Renewables for Heating & Cooling (indicative budget 20 M€)

• Solar thermal for the industry

–

2011.4.1‐2 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)

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

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Activity 5&6. Clean Coal Technologies and CCS (indicative budget 20 M€)

• CO

₂

capture

– 2011.5&6.2‐1 Optimising the integration of CO₂capture into power plants • Coal and lignite fired plants are targeted h h ff h l h • 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 – 2011.5&6.2‐2 Improving efficiencies and reducing GHG emissions through CO₂ capture in industrial applications other then power generation

capture in industrial applications other then power generation • Target sectors: intensive coal users such as coke, iron and steel making, cement, chemicals… T h l t l • Technology neutral • Indicatively 1 project to be funded

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Activity 5&6. Clean Coal Technologies and CCS (indicative budget 20 M€)

• Support action

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2011.5&6.2‐3 Support to the European CCS Demonstration

Projects Network

• Support action (secretariat, coordination, communication, visibility,

dissemination )

dissemination…)

• Adding value to knowledge sharing through data analysis

• Duration of 4 years

• Maximum 1 project to be funded

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Activity 7. Smart Energy Networks (indicative budget 30 M€)

• Electricity storage

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2011.7.3‐2 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

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distributed supply

• Technology neutral

• Indicatively 2 projects to be funded

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Activity 8. Energy Efficiency and Savings (indicative budget 15 M€)

• Manufacturing Industry

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2011.8.1‐2 Energy efficiency demonstration in manufacturing industry

• Innovative industrial processes or sub‐processes • Possible demo in existing plants, or new plantsPossible demo in existing plants, or new plants

• Monitoring and accounting for energy and CO₂ 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

–

2011.8.1‐3 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 • Benchmark of existing initiatives and dissemination of best practices • Target: cement, steel, aluminium, petrochemical, pulp and paper… • Indicatively 2 projects to be funded

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Scientific Officers in charge in DG ENER (demo)

• Photovoltaic

Mr Pietro Menna

• Photovoltaic

Mr Pietro 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

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What is demonstration?

• Aim = promote large scale replication of a demonstrated

technology to contribute to the 2020 targets

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• Guidelines to be considered 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

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Industrial leadership

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• Real industrial commitment: ideally coordinator

Real industrial commitment: ideally coordinator,

but at least leading role in the management and

decision structure

• Credible share of professsional time

Credible share of professsional time

–

Ideally at least one full time per partner

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Well defined and meaningful role in the consortium

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Long‐term experience and competence

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CVs showing experience and competence of the staff

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involved

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Replication Potential

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• Projects should lead to deployable results of the

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demonstrated technology, concept or system

• Replication plan should include the expected

contribution of the proposal in terms of:

Increase of renewables market share

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Increase of renewables market share

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CO

₂

reductions

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Energy efficiency gains

• However, deployment costs are not eligible

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under FP7 – the proposal should remain in pre‐

competitive research

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Risk Management

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• Identification of the risks and mitigation

measures should be included

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Administrative risks

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Technical risks

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Financial risks

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IPR related risks

• Description of the whole financing plan, with all

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complementary sources mentioned and secured

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Repartition of eligible costs

• Research activities to be closely linked to the

demonstrated technology

• Demo activities should represent a substantial

Demo activities should represent a substantial

part of overall eligible costs (compared to

« RTD » « management » and « other activities »

« RTD », « management » and « other activities »

costs)

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Cl i

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Closing recommendations: Read the Bibles

Reference documents:

- Work Programme

- Guide(s) for Applicants

Guide(s) for Applicants

- Rules of Submission, Evaluation and Award Procedures

Available on CORDIS:

http://cordis.europa.eu/home_en.html

How to apply: Participant Portal

http://ec.europa.eu/research/participants/portal/appmana

ger/participants/portal

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Thank you for your attention