France Energies Marines Launches Four Offshore Wind Research Projects

France Energies Marines is launching four new research and innovation projects to address key technical, environmental and societal challenges faced by the offshore wind sector. Approved by the institute's board and involving 33 public and private partners, the projects represent a total investment of nearly 10 million euros. They focus on strategic issues including cumulative impacts on marine ecosystems, the durability of polyamide mooring lines, biofouling of offshore structures and the characterisation of atmospheric turbulence.

 

Details of the Launch

 

France Energies Marines has launched new projects. There are four projects in total. They address offshore wind challenges. These span technical and environmental issues. Societal challenges also feature.

The projects were approved by the board. They involve 33 partners. These are public and private partners. They represent nearly 10 million euros. They launch in autumn 2026.

 

The Projects' Purpose

 

The projects serve clear goals. They provide new methodologies. They also offer new solutions. These enhance installation reliability. They reduce operating costs too.

The projects respond to industry needs. These were identified operationally. They span France and internationally. They cover fixed and floating wind. This reflects broad relevance.

 

The Cumulative Impacts Project

 

One project addresses cumulative impacts. It is called ACT NOW. It makes modelling tools operational. These assess cumulative effects. These concern offshore windfarms.

The project builds on long research. This spans over 10 years. The models will transfer to industry. They become methodologies and software. These support environmental assessments.

 

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The Mooring and Biocolonisation Projects

 

One project examines mooring durability. It is called GLAMOOR. It investigates synthetic fibre degradation. These are increasingly used. Polyamide is a key material.

Another addresses biocolonisation. It is called QUANTUM. It develops monitoring protocols. This concerns organisms on structures. It also studies the reef effect.

 

The Turbulence Project

 

The fourth project addresses turbulence. It is called TULIP. It focuses on lidar measurement. This concerns turbulence intensity. It uses fixed and floating lidars.

The project addresses a key need. Turbulence affects turbine forces. It also affects energy estimates. Lidar is cheaper than masts. The project develops accurate measurement software.

 

Significance of the Projects

 

The projects advance offshore wind. They improve competitiveness. They enhance reliability. They also strengthen environmental integration. This supports the sector.

Company leadership framed the context. It cited energy security challenges. Climate change impacts are visible. Renewable deployment is essential. The projects accelerate offshore wind development.