Projets
REDENV EOL
Reducing the environmental footprint of floating wind turbines with pile foundations
OPT-EMR
Exploratory study on optimizing the global supply chain for MRE (fixed and floating wind power). Emerging project to study logistics issues in the offshore wind power sector and identify needs in terms of decision-making tools.
LEHERO-MG
Load Effect of HEterogeneous ROughness of Marine Growth
IMAGE SONDE
Imaging surveillance (ZooScan) of the impacts of wind farms in the Loire region on micronectonic and pelagic gelatinous organisms
FLOATEOLE
Experimental characterization of the impact of buoy movements on the aerodynamic behavior of floating wind turbines
Ec(h)oSonde and EchoSonde bis
The EchoSonde & EchoSondeBis projects aim to develop an integrated acoustic observatory for the water column to assess the impact of marine renewable energy (MRE) on the coastal pelagic ecosystem.
COMEOL
Control with dynamic reconfiguration of wind turbines within an offshore wind farm to optimize services to the onshore electricity transmission grid
CEAUCOMP
Modeling the coupling between water diffusion and the mechanical behavior of composite materials (CEAUCOMP) The objective of the project is to develop predictive models for composite materials subjected to coupled hygromechanical conditions.
BRAGGMETER
Purchase of small equipment for a fiber Bragg grating sensor interrogator
SOFTWIND
Experimental modeling of floating wind turbine behavior: Control strategy and methodology for representing a wind turbine in a tank