Modelling floating offshore wind turbines (FOWTs) is challenging due to the strong coupling
between the aerodynamics of the turbine and the hydrodynamics of the floating platform …

Wind direction variability significantly affects the performance and lifetime of wind turbines
and wind farms. Accurately modelling wind direction variability and understanding the …

In this paper a new version of the FLOw Redirection and Induction Dynamics (FLORIDyn)
model is presented. The new model uses the three-dimensional parametric Gaussian …

This study describes a deep reinforcement learning (DRL) based decentralized yaw
optimization method to maximize the power production of wind farms. Specifically, we apply …

The wake in a large-scale Floating Offshore Wind Farm (FOWF) can reduce the wind speed
in downstream areas, thereby affecting and reducing the power production of FOWF. To …

In recent years, a major focus on wind farm wake control is to maximise the production of
wind farms. To improve the power generation efficiency of wind farms through wake …

Within the rapidly growing wind energy sector, floating offshore wind turbines are expected
to be the fastest growing portion. This is largely driven by the immense offshore wind …

Load controller design for floating wind turbine systems (FWTS) poses unique challenges
owing to the couplings of platform motions, blade loads and rotor power. Any controller …

Climate change is a serious threat facing humanity. The United States (US) and many other
countries are increasing the amount of electrical power generated from renewable energy …

Wind farm control methods allow for a more flexible use of wind power plants over the
baseline operation. They can be used to increase the power generated, to track a reference …