Power and renewables

Design of floating offshore wind turbines and impacts of energetic steep and breaking waves

Joint Industry Project

Design and impacts of energetic waves

DIMPACT

Axel Dombrowski

Axel Dombrowski

Director Innovation & Digitalisation, Renewables Certification

Interested in following this project?

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DNV runs a Joint Industry Project to use LIDAR turbulence intensity measurements for different applications

Objectives

20200301 Wave elevation 380x320pProvide a field, experimental and numerical database of energetic steep or breaking waves effects on floating offshore wind turbines.

Produce improved certification documents and simplified engineering tools accounting for the computation of energetic steep or breaking waves effects in the assessment of the ultimate limit state of floating offshore wind turbines.

DNV participates with a focus on updating documents (OTG-14) and verify methods.

Details

Start: March 2020.
Duration: 36 months.

Partners:

  • Cerema
  • EDF
  • ENSTA Bretagne
  • Equinor
  • EOLFI
  • Ifremer
  • Ismar
  • MorphoSense
  • SAIPEM
  • SHOM
  • Sustainable Energy
  • Total
  • Unitech
  • University of Rhode Island

DIMPACT

Axel Dombrowski

Axel Dombrowski

Director Innovation & Digitalisation, Renewables Certification

Interested in following this project?

CONTACT US