Dynaflow Research Group

  • Engineering
    • Projects
    • Mechanical
    • CFD & Surge Analysis
    • Pulsations & Vibrations
    • Fiberglass Engineering
    • Geothermal Wells
  • Software
    • BOSfluids
    • BOSpulse
    • FEPipe
    • NozzlePRO
    • FEATools
    • Jive
    • ISOtracer
    • BOSview
    • BOS B31
  • Training
  • Career
  • News
  • Contact
Skip to content

Dynaflow Research Group

Advanced Solutions in Engineering
  • Engineering
    • Projects
    • Mechanical
    • CFD & Surge Analysis
    • Pulsations & Vibrations
    • Fiberglass Engineering
    • Geothermal Wells
  • Software
    • Flow Analysis
      • BOSfluids
      • BOSpulse
    • Structural Analysis
      • FEPipe
      • NozzlePRO
      • FEATools
    • Academic
      • Jive
    • Tools
      • ISOtracer
      • BOSview
      • BOS B31
  • Training
  • Career
  • News
  • contact

Windfarm Layout Optimisation

6 May 2022

Seawind have developed with early partners Offshore Wind Plant layouts and is applying for sea area concessions in the Mediterranean Sea sector. The Mediterranean Sea is all deep, the deepest European Sea reach depths of 2,5 to 3,5 km. This is classed as ultra-deep-water territory for the offshore wind sector. At these depths there are only limited offshore wind floating solutions for deployment.

Seawind is developing with Dynaflow Research Group a 293MW Floating Offshore Wind Plant and a 9300 MW Floating Offshore Wind & Hydrogen Plant in the Western Med Sea (the Projects -Appendix 2). Dynaflow is working together with SeaWind to optimise the location of the individual floating windturbines.

For the optimisation of the layout many different parameters are identified to be included in the optimisation function. These parameters vary from engineering parameters such as the wake from the individual turbines, to more cost related parameters such as cable length. The complete parameter space is currently being investigated and the impact and variation of each of the individual parameters taken into account. In close collaboration with SeaWind a optimisation function is determined to arrive at the most optimal solution for our client.

We expect to complete this study in the coming months bringing offshore wind energy a step closer to reality.

For questions, please contact:

Dynaflow Research Group
Niels Erik Bos
T: +31850580046
www.dynaflow.com

Related articles:
Dynaflow and Seawind announce collaboration

Related news

13 May 2022

Exhange Program Dynaflow and Stressman Engineering

READ INFO
22 April 2022

Exhange Program Stressman Engineering and Dynaflow

READ INFO
12 April 2022

Flow pulse of a rotary lobe blower compressor

READ INFO
  • Dynaflow Dynaflow Research Group is ISO:9001 certified.
    ISO 9001:2015
    certified
  • HEAD OFFICE

    Laan van Oversteen 20
    6th floor
    2289 CX Rijswijk
    The Netherlands

  • MIDDLE EAST OFFICE

    Bay X2 Tower, Unit 3109
    Jumeirah Lakes Towers, cluster X
    P.O. Box 73001, Dubai
    United Arab Emirates

  • CONTACT

    Phone: +31 (0)85 058 0046
    E-mail: infoaanvraag@dynaflow.com

  • © Dynaflow Research Group BV

    • Terms & Conditions
    • Privacy Policy
    • Cookie policy (EU)
    • About us
    • Contact