The European Technology & Innovation Platform on Wind Energy: ETIPWind

The European Technology & Innovation Platform on Wind Energy (ETIPWind) was established in 2016 to inform Research & Innovation policy at European and national level.

ETIPWind provides a public platform to wind energy stakeholders to identify common Research & Innovation (R&I) priorities and to foster breakthrough innovations in the sector.

Its recommendations highlight the pivotal role of wind energy in the clean energy transition. They inform policymakers on how to maintain Europe’s global leadership in wind energy technology so that wind delivers on the EU’s Climate and Energy objectives. As such, the platform will be key in supporting the implementation of the Integrated SET-Plan.

ETIPWind activities and publications are free and publicly available. The platform is overseen by an Executive Committee of both industry and academia representatives and supported by an Advisory Group comprising the industry’s Chief Technology Officers.

Find out more about ETIPWind

Newsfeed

More wind energy needed to deliver on EU climate ambitions 4 March 2021
How Research & Innovation supports Europe’s leadership in wind? 26 February 2021
Letter from Adrian Timbus, Chair of the ETIPWind Executive Committee 28 January 2021
European Commission calls for more investment in R&I to deliver the energy transition 18 January 2021

Events

EERA JP Wind-SP5 Workshop on System Integration - 25 March 2021, Online Event
EERA JP Wind-SP3 Workshop on Science of air-sea interaction new challenges for floating wind - 14 April 2021, Online event
EERA JP Wind-SP6 Workshop on R&I to make floating wind cost competititve - 12 May 2021, Online event
EERA JP Wind-SP8 Workshop on Planning & Deployment, social, environmental and economic issues - 27 May 2021, Online Event

Daily Wind

Statistics for all European countries updated daily

ETIPWind Twitter

Video

Subscribe to our newsletters to stay informed

Subscribe to our newsletters

Supported by:

EU

Disclaimer:

EU Flag This project has received funding from the European Union’s Horizon 2020 Research and Innovation programme under grant agreement No 826042.

Project details

Duration:
Jan 2019 – Dec 2021 (36 Months)
Grant agreement:
No: 826042