20 March 2017 Brussels

Narrowing down the topics

Top 15 Ranked topics

9 topics defined

by the EC

34 topics defined

by the SC

Methodology

Participation

Overall results

0 50 100 150 200 250

1.6 Energy Management Systems (EMS) with high RES penetration to…

2.4 Improved operation and maintenance planning and decision-…

2.2 Applied real-time analytics to improve reliability of components and…

1.2 In depth technical and economic study for delivery of ancillary…

5.1 Better testing of current composite material and development,…

4.1 Floating offshore wind farms – solutions for the biggest cost and …

4.3 Development of next generation low loss and reliable electrical…

EC.9 Demonstration of innovative onshore wind technologies

2.3 Enhanced intelligent sensor systems for improved performance…

EC.3 Demonstration of floating wind farms

4.7 Offshore wind farm of research and innovation

4.6 Operational control and maintenance

1.5 Develop Modular offshore grid infrastructure enabling lower cost…

EC.1 Adapting policies and markets for higher shares of RES

1.3 Integration of offshore meshed grids in the power markets to…

scores

Which pillars?

top

grids O&M

Industrialisation Offshore balance of plant

Next Generation technology European Commission proposals

occurrence

grids O&M

Industrialisation Offshore balance of plant

Next Generation technology European Commission proposals

Which topics?

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Any questions or comments?

0 50 100 150 200 250

1.6 Energy Management Systems (EMS) with high RES penetration to optimise delivery and

storage of electricity

2.4 Improved operation and maintenance planning and decision-making thanks to big data

analytics coupled to common logistical coordination between different actors thus…

2.2 Applied real-time analytics to improve reliability of components and predictability of

failures

1.2 In depth technical and economic study for delivery of ancillary services throughout the

entire value chain including technologies to be deployed and market value of these services

5.1 Better testing of current composite material and development, testing of new and

improved composite materials, and optimised structural design and manufacturing for…

4.1 Floating offshore wind farms – solutions for the biggest cost and design challenges

4.3 Development of next generation low loss and reliable electrical infrastructure within

offshore wind farms

EC.9 Demonstration of innovative onshore wind technologies

2.3 Enhanced intelligent sensor systems for improved performance measurement and

condition monitoring

EC.3 Demonstration of floating wind farms

4.7 Offshore wind farm of research and innovation

4.6 Operational control and maintenance

1.5 Develop Modular offshore grid infrastructure enabling lower cost installation.

EC.1 Adapting policies and markets for higher shares of RES

1.3 Integration of offshore meshed grids in the power markets to optimise technical solution

and market value integration of offshore meshed grids in the power markets

scores

Status on the development of Horizon2020 projects

After Horizon2020 - Input for the FP9

• How should ETIPWind be involved in the different milestones defining the FP9?

• What do we already know about the timeline relative to FP9?

Steering Committee since last we met

• Status of ETIPWind to the advisory group

• New applications

• Offshore hub

• Presentations:

• Deepwater wind

• Missing some gold

• Advisory group meeting cancelled

• Mapping common RES resources

The product

The platform

15k data points extracted every day (~5M/year)

Daily mails

Alerts

• When a record in production is broken

27

28

Synergies

• Summary of WindEurope Working group chair retreat (Aidan Cronin)

• Nurturing of project networks

• Collaboration with other working groups

• Including temporary offshore work programme and Nordsea forum

• Interaction with other ETIPs

• SNET

• ETIP PV

• ETIP other RES

Proposal of an event during the EUSEW

• Intro + chairing: Aidan Cronin, chairman, ETIP Wind steering committee

• Presentation(s) on Energy Management Systems

• manufacturer: ABB, Adrian Timbus (from the ETIP SC)

• operator: Next Kraftwerke, Paul Kreutzkamp

• Researcher: Fraunhofer IWES, Kurt Rohrig (from the ETIP SC)

• Presentation(s) on Real-time analytics and big data for O&M

• Operator: Iberdrola, Cesar Yanes Baonza (from the ETIP SC)

• Manufacturer: Gamesa, Christian Jourdain

• Discussant European Commission / European Parliament

31

New members of the Steering Committee

• ORE Catapult

• CIRCE (Centro de Investigación de Recursos y Consumos Energéticos)

• Megavind (national initiative)

• Nordex

Potential members

ORE Catapult

• Paul McKeever, Head of Research and development

• UK representation

• Was a representative of Narec/ORE Catapult in the former TPWind

APPLICATION TO ETIP WIND|

35

Carlos ArsuagaCIRCE’s Delegate in Brussels

• Electronic Engineer by Technical University of Madrid (2009)

• MiBA by UIMP (2012)

• Expert in EU Innovation Programmes

• Vice-chair of ETIP SNET’s WG2 “Energy storage and sectors interface”

Who

CIRCE • Leading Spanish research centre in energy technologies

• Over 160 highly qualified staff

• Long experience in FP7 and H2020 programme currently involved in over 25 H2020 projects and 10 FP7 projects

• Dedicated research group in Wind Energy (over 15 staff)

• Members of WindEurope, EERA JP Wind, EAWE, etc.

Motivation and added value

Why joining ETIP WIND?• Possibility of discussing with major European stakeholders the future

of wind energy

• Opportunity to participate in the definition and update of the R&I priorities in the wind energy field in Europe

• Chance to provide input and discuss with the EC about the R&I activities in wind energy to be funded under H2020, FP9 and other EU programmes

• Aligning our input with other related platforms: ETIP SNET, EERA, EASE, AEE, EAWE…

What can we bring?• Link with ETIP SNET CIRCE is directly involved in 2 of the 5 WGs

and has access to the ExCo

• Almost 20 years experience working in wind energy sector

• Our long experience in the definition and implementation of EU innovation programmes and policies

CIRCE (Centro de Investigación de Recursos y Consumos

Energéticos)

Wind Energy Group

2010 2012

More than 250 simultaneous monthly

wind farm analysis

2016

APPLICATION TO ETIP

WIND| 36

1998

Beginning of WRA and WT monitoring

activities

Accreditation for noise emission and

durability tests on WT

MAIN ACTIVITY AREAS• WIND RESOURCE ASSESSMENT

Energy Yield, Site Suitability Studies, Microsite, CFD models, MEASNET Site Assessment Accreditation, SW Assessment Tools

• DIAGNOSIS AND EFFICIENCY IMPROVEMENT OF THE WIND FARM Wind turbine individual performance, KPI’s, Forecasting of events and power production, Life extension, Big Data for O&M

• WIND TURBINE AND ELECTRICAL TESTSMEASNET Power Performance Accreditation, ENAC Power Quality Accreditation, Noise Emission and Durability Wind Turbine Tests

STRENGTHS

EXPERIENCE+ than 800 WFs

SATISFACTIONOf our clients

TECNOLOGY4 SW developed

3 labs

INNOVATION5 PhD on-goingH2020 projects

2004

Beginning of the Wind Farms performance auditing &

power curve test activities

Marie Curie ITN: AWESOME Project

ENEL WRA official provider

20152007

ENAC accreditation for wind turbine

tests

Selected EU Projects

ETIPWind Chair nomination process

• Deadline for submissions of candidatures on 20 May

• Second and final ETIPWind Chairman to be nominated at the next meeting on 20 June 2017

Giving visibility to academic events

• Shortlist of quality events to be added to ETIPWind website.

• Allow logo to be used in support of certain academic events on case by case basis one request to be decided on.

Administrative issues

• Decision making process for the Steering Committee to fasten action

• Status report to ETIPWind advisory group

• Confirmation of future meetings

• Tuesday 20 June 2017, Brussels

• Wednesday 20 September 2017, Brussels

• Wednesday 29 or Thursday 30 November 2017, Amsterdam

• Letter to EUREC