A wind farm's overall power production is significantly less than its nominal power, defined
as the sum of the wind turbines' rated outputs. The primary cause for this significant loss is …

Yaw control is one of the most promising active wake control strategies to maximize the total
power generation of wind farms. Meanwhile, structural performance needs to be considered …

The wind turbines that operate in the wake region of the upstream turbines produce less
power and may suffer serious structural issues due to highly unsteady flows, which can …

The rotor area of a wind turbine must be perfectly perpendicular to the wind to deliver the
most efficient performance as a single unit (ie, yaw angle γ= 0°). When the rotor is …

Unsteady CFD simulations for influences of the yawed wake on the wake trajectory and the
downstream wind turbine were carried out using the full rotor model (FRM) of a 5 MW wind …

Aerodynamic loss, also known as wake loss, is the most significant loss hindering wind
energy from rising beyond its current single-digit percent contribution to global electricity …

The growing prospect for large farms of floating offshore wind turbines requires a better
understanding of wake effects for floating turbines. In this work, large eddy simulations with …

主动尾流控制技术通过协调风电场中每台风力机的运行状态, 降低上游机组尾流对下游机组的
负面影响, 进而提高整场发电功率. 为探究尾流控制的规律, 以10 台串列排布的风力机为研究 …

The OpenFOAM package incorporated with actuator line method (ALM) is employed to
calculate the aerodynamic characteristics of large wind turbines in an offshore wind farm. In …

One control strategy to increase power production in wind farms is angling wind turbine
rotors, in order to steer wakes away from downwind turbines. Although rotor yaw is the most …