Projets
HOOPLA
New methodological approaches for studying the impact of offshore wind farms on benthic habitats in coastal environments: case study of a field in Haploops
FRyDoM
Flexible and Rigid Body Dynamic Modeling for Marine Operations. Development of an open source framework for simulating complex dynamic systems involved in marine operations for Marine Renewable Energy.
FIRMAIN
Impact of hygroscopic aging on cracking in composite materials under uncertain conditions
EMA
The scenario for the French electricity mix in 2035/2050 shows that, under certain assumptions, the interaction between renewable energies and conventional energies leads to occasional imbalances in the electricity market.
ECOSFARM
Development of a simulation tool for evaluating control strategies for tidal turbine and wind turbine farms.
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.
Dyna-Rev
Implementation of a research program concerning the morphodynamic processes of the SEM-REV offshore test site area and the entire export cable
DYNA
Analysis of the dynamic behavior of an offshore wind turbine, taking into account the interaction between the ground, monopile, and structure
DOMTEM
Development of a High-Performance Tool for Modeling Turbines in Marine Environments
DATA-MAP
Improve the processing and mapping of fisheries data to promote MRE acceptability
COMEOL
Control with dynamic reconfiguration of wind turbines within an offshore wind farm to optimize services to the onshore electricity transmission grid
CELT4Wind
Cable Electro-Thermal Management for Offshore Wind Farms