A new analytical wake model is proposed and validated to predict the wind velocity
distribution downwind of a wind turbine. The model is derived by applying conservation of …

Wind farm power production is known to be strongly affected by turbine wake effects. The
purpose of this study is to develop and test a new analytical model for the prediction of wind …

The wind energy utilization has attracted worldwide attention. The wind farm is the most
important place to convert wind energy into electric energy. The accurate estimation of …

To further investigate the three-dimensional wake profiles for horizontal-axis wind turbines, a
three-dimensional Jensen-Gaussian (3DJG) wake model is proposed and validated using …

In this study, a new analytical approach is presented and validated to predict wind farm
power production. The new model is an extension of the recently proposed by Bastankhah …

With the increased installation of wind farm in complex terrain, the wake expansion of large-
scale wind turbine under real conditions downstream a hill is an elusive target and one of …

In order to increase the accuracy and ability to predict the total energy gained in wind farms,
it is necessary to use accurate wake models. In the present study, an improved methodology …

This paper proposes a method to obtain the optimal placement of wind turbines (WTs) in an
offshore wind farm (WF). The optimization objective is to minimize the levelized average cost …

WTs are in yaw during most of the operating time. The wake effect of the yawed Wind turbine
(WT) leads to lower wind speed and increased turbulence in the wake region of the WT …

In this work, the combination effects on wind turbine performances of wakes and terrain‐
driven flow are investigated. The test case is a subcluster of four turbines from a wind farm …