This paper applies a large-eddy actuator line approach to the simulation of wind turbine
wakes. In addition to normal operating conditions, a specific focus of the paper is on wake …

This article deals with the influence of yawed inflow conditions on the performance of a
single generic 2.4 MW wind turbine. It presents the results of studies performed at the …

In order to increase the economic benefits of offshore wind farms, reducing the wake effect
on the power and fatigue load of wind farms is one of the fundamental ways. In this study …

To make wind energy cost competitive with traditional resources, wind turbines are
commonly placed in groups. Aerodynamic interaction between the turbines causes sub …

The energy produced by wind plants can be increased by mitigating the negative effects of
turbine–wake interactions. In this context, axial-induction control and wake redirection …

Wind farm control often relies on computationally inexpensive surrogate models to predict
the dynamics inside a farm. However, the reliability of these models over the spectrum of …

In this paper, we review updates made to the FLORIS (FLOw Redirection and Induction in
Steady State) open-source framework for wind farm control modeling, design and analysis …

Wind farms are generally designed with turbines of all the same hub height. If wind farms
were designed with turbines of different hub heights, wake interference between turbines …

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 …

Wind-turbine-wake evolution during the evening transition introduces variability to wind-farm
power production at a time of day typically characterized by high electricity demand. During …