NANOWINGS
Increase renewable energy production avoiding ice build-up on wind turbine.
HORIZON-EIC-2022-TRANSITIONOPEN-01 – EIC Transition Open 2022
Grant agreement n.101099620
EIC Tech to market Entrepreneurship e Venture Building Programmes
We’re proud to be taking the first steps to take Nanowings’s innovation to market.
And we’re happy to say that we’re doing it with the help of the #EUeic Tech to June 2023 Market (T2M) Venture Building programme !
You can also know more about the EIC T2M
Welcome to NanoWings project
Bio-inspired NANO coating for WINGS ice protection of wind turbines that can be installed under remotely controlled commercial drones.
NanoWings will result in lower material and manufacturing costs while reducing downtime, environmental impact and risk during O&M operations.
The consortium
From wind tunnel to Eolic park with nanomaterials
To reach this ambitious result, where many companies still fail, we have closed a unique consortium that covers the whole value chain of the project.
As Linari Engineering, we are recognized as technological world leader in electrospinning systems manufacturing to produce nanomaterials.
DTU Energy and DTU Wind departments have a unique experimental facility and cooperate with us since 2013 to develop new nanomaterials.
eologix, a disruptive SME with patented wireless sensors for rotor blade monitoring on the outer surface used by a large customer base of utilities and wind turbine manufacturers, is key for both Nanowings performance quantification and market entry.
And, Enel Green Power with its affiliated company Endesa, as one of the world largest wind energy operators with 17.29 GW of wind power capacity worldwide, will be the early adopter supporting us during the validation of NanoWings under real conditions and referral once reached a high TRL.
Funded by
This project has received funding from the European Union’s HORIZON-EIC-2022-TRANSITIONOPEN-01 – EIC Transition Open 2022.
Grant Agreement n.101099620.
