Content
- Design a 5MW WTG from conceptual to detail constructive engineering.
- Study the concept scalability for a 12 MW WTG.
- Build a fully coupled aero-hydro-servo-elastic Floating Wind Turbine model and investigate coupling effects in the overall wind turbine performance
- Model Basin Tests in operating, extreme and installation conditions
- Perform laboratory tests to study the performance of the suspension tendons
- CapEx and OpEx estimate.
- Viability analysis of a single installation and integration in a multi-megawatt floating wind farm
Organisation
Duration:
January 2015 to December 2018
Project coordination:
ESTEYCO SAP
Finance:
funded by the EU within the funding programme "Horizon2020 research and innovation programme"
with ...
Project partners
ESTEYCO
ALE
Mecal WTD
UC-ICH
CEDEX
COBRA
DYWIDAG
TUM
Content at SWE
Control Design for the Floating Wind Turbine