As the worlds first floating wind farm, one of the main technical challenges in the design
phase of Hywind Scotland was the uncertainty related to wake interaction effects between …

We present an improved dynamic model to predict the time-varying characteristics of the far-
wake flow behind a wind turbine. Our model, based on the FAST. Farm engineering model …

Large atmospheric boundary layer fluctuations and smaller turbine-scale vorticity dynamics
are separately hypothesized to initiate the wind turbine wake meandering phenomenon, a …

This paper performs an analysis of the electrification of an of-the-grid offshore oil and gas
cluster of six platforms by means of a wind farm combined with a hydrogen energy hub. The …

The floating foundations of FOWTs cause turbine motions that introduce new unknowns to
the field of wind turbine wake estimation, that again leads to uncertainties in the load and …

This study shows how different versions of the dynamic wake meandering (DWM) model will
result in different dynamic behaviour of a floating wind turbine. In this study, different …

Most of the global dynamic response models used today for the design of wind turbines are
based on the aero-hydro-servo-elastic analysis of one single turbine. However, research on …

The power output and aerodynamic loading of a wind farm depend strongly on the
turbulence characteristics in the far-wake region of the constituent wind turbines. Predicting …

De energirike vindfeltene offshore er en ressurs som i liten grad er utnyttet. Derfor har
utviklingen av offshore vindturbiner blitt satt i gang. Det har blitt utført flere analyser av disse …

For å imøtekomme energibehovet på en bærekraftig måte kreves det økt satsning på
miljøvennlige energikilder. Offshore vindkraft, og da spesielt flytende vindturbiner til havs …