EU_flag-300x200

This project has received funding from the European Union's Horizon 2020
research and innovation programme under grant agreement No 811.473

1,445,175.00 €

1,011,622.50 €

20

2

Project Overall budget

EU Project contribution

Months

Innovations

logo3_blanco
EU_flag-300x200

This project has received funding from the European Union's Horizon 2020
research and innovation programme under grant agreement No 811.473

1,445,175.00 €

1,011,622.50 €

20

2

Project Overall budget

EU Project contribution

Months

Innovations

logo3_blanco

The Project:

Wind Power has become the most promising technology as source of renewable energy in the World. In 2016, Wind Power installed more than any other form of power generation in Europe (51% of total power capacity installations), overtaking coal as the 2nd largest form of power generation capacity.

Since cost reduction of each kW/h generated by Wind Power industry is one of its strategic targets, the market displays a strong tendency towards bigger wind turbines with longer blades. However, bigger rotor diameters have raised a dramatic problem regarding the durability of the blades which concerns the whole value chain of the wind power industry. Increasing blade lengths means faster linear velocity of the tip of the blade and consequently higher erosion rate of the leading edge of the blade caused by rain, hail or suspended particles.


Although the lifespan of a wind turbine is calculated in 25 years, traditional medium sized wind turbines provided with current protection systems of the leading edges, required complete maintenance tasks due to deterioration of the blades at around year 10. However, recently installed turbines with +100 m diameter rotors showed problems regarding the erosion of the blades at year 2.

 

In order to solve the erosion problem, Aerox Advanced Polymers SL, a SME specialised in developing solutions for the wind power industry, has developed an innovative leading edge protection (LEP) polymeric coating with particular mechanical and chemical properties which is able to avoid the erosion problem during the whole lifetime of the wind blade.

Objectives


The main objective of the project consists in scaling-up the manufacturing and application processes of AEROX AHP LEP system as well as the validation of the solution with OEMs/blade manufacturers and service companies/operators.

 
Scaling-up of the manufacturing and application processes.
Refinement of the AHP technology and the formulation of the coating solution.
Validation and demonstration of the coating solution involving final users.
Definition of the IPR strategy.
Communication of the impacts of the project.
Dissemination and exploitation of project results.
 

Collaborators


News


August 7, 2019
news1

AEROX AHP LEP system has been applied on a 16 m diameter rotor wind turbine

AEROX AHP LEP system has been applied on a 16 m diameter rotor wind turbine from the SME Instrument Champion […]
August 7, 2019
news6

LEP4BLADES project outcomes so far were presented

LEP4BLADES project outcomes so far were presented in the public dissemination event of the Offshore Demonstration Blade project which took […]
August 7, 2019
news2

AEROX AHP LEP system was successfully applied on the ORE Catapult’s Levenmouth wind turbine

AEROX AHP LEP system was successfully applied on the ORE Catapult’s Levenmouth wind turbine in May 2019 as part of […]

Cookies

This site uses cookies for you to have the best user experience. If you continue to browse you are giving your consent to the acceptance of the aforementioned cookies and acceptance of our cookie policy, click the link for more information. Cookies policy,click for more information.plugin cookies

Accept