The task of the offshore Wind Farm Layout Optimization Problem (WFLOP) is to place n wind
turbines at a subset of k available positions to maximize power production and minimize …

The arrangement of wind turbines in clusters presents two noteworthy issues:(1) diminished
power generation brought about by wake wind speed deficits and (2) expanded unique …

Recent years have witnessed an enormous growth of wind farm capacity worldwide. Due to
the wake effect, the velocity of incoming wind is reduced for the wind turbines in the …

In this study, a novel approach that incorporates the wake effect as a penalty criterion within
the Analytical Hierarchy Process (AHP) method is proposed. The research introduces the …

The basic objective of wind farm layout optimization is to maximize the energy produced by
wind farms. However, when wind turbines are arranged in a limited space like an onshore …

Layout optimization of wind farms constitutes an important and challenging task in complex
terrain. This is especially due to the complex interactions of the boundary layer flows in …

The objective of this study is to assess the effect of hub height optimization on the Annual
Energy Production (AEP) of a wind farm. The only optimization variable is the hub height of …

Most studies on offshore wind farm design assume a uniform wind farm, which consists of an
identical type of wind turbines. In order to further reduce the cost of energy, we investigate …

In order to minimize the wake loss, wind turbines (WT) should be separated with large
intervening spaces. However, this will incur an increase in the capital expenditure on …

A novel hybrid method is proposed for wind farm layout optimization in complex terrain.
Firstly, an elliptical modeling method is presented with the Witoszynski-shaped transition …