Institute for Energy Transition
dedicated to Marine Renewable Energies
RSS News
Pose plaques PVC sur la bouée du site MISTRAL pour étude du biofouling
29/08/2019

Last August, several PVC plates were installed on the keel of two special mark buoys in the Mediterranean Sea.

Atelier thématique TROPHIK
14/06/2019

Thematic and scientific workshop in Caen on 14 June.

Campagne en mer APPEAL
29/08/2019

2nd year of monitoring at sea at the Groix et Belle-Île site to study their impact in an integrated manner

GEOSISMEM project
04/05/2019

Reducing the cost of seabed characterization

Panoramic view of Marseille
30/04/2019

Opening of an office in Marseille

OMDYN2

Dynamic onbilicals for floating marine renewable energies technologies - Phase 2

Duration: 3 years

Project description

Following the marine renewable energies (MRE) Technology Design Tools Program Working Groups organized by France Energies Marines (FEM) with its members and invited external developers, dynamic power cables have been clearly identified as critical components for floating MRE systems. High voltage alternating current (HVAC) cables for floating wind turbines are the main concern at this stage.
 
An issue for the French industry is to identify the need for the construction, or the adaptation, of a test bench that would account for the inherent coupling between the mechanical, electrical and thermal loadings involved. While providing the necessary technical specifications, the methodological advances and analyses produced within the OMDYN2 project will contribute to making the most informed and appropriate investment decisions. The experimental campaign and specific validated numerical tools will also help in optimizing the design of these cables, contributing to the establishment of standards. This project is built upon the results of the OMDYN project, paving the way to a relevant experimental plan for this second phase, with associated well-defined costs.

Objectives

  • Experimentally characterize the electro-mechanical behavior of dynamic power cables
  • Provide for use validated numerical models for lifetime predictions
  • Take into account the constraints of biofouling
  • Develop a method to monitor fatigue life during operation

Partners

Coordination: France Energies Marines
Scientific and technical management: Ecole Centrale Nantes
  

OMDYN2 project partners

This work received support from France Energies Marine and State aid managed by the National Research Agency under the Investments for the Future program (ANR-10-IEED-0006-28). It is one of the winners of the 2017 "Renewable Marine Energies" call for projects launched as part of the "Institutes for Energy Transition" action of the Future Investment Programme.
 
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