The layout scheme of wind farms is a challenging job having many design objectives and
constraints due to the multiple wake phenomenon. Wake effect calculation is one of the …

In this paper, to help handle wind farm optimization problems, an original analytical three-
dimensional wind turbine wake model is presented and validated. Compared with existing …

The increase in global wind power installations has also increased the wind turbine density
in wind farms. This has made the wake interactions between neighbouring turbines more …

This paper reports the newly developed three-dimensional analytical wake models for single
and multiple wind turbines. Firstly, the average wind speed of a single wind turbine is …

This article explores the application of a wind farm layout evaluation function and layout
optimization framework to Middelgrunden wind farm in Denmark. This framework has been …

A new multi-objective method called Multi-Objective Electric Charged Particles Optimization
(MOECPO) is proposed to optimally place wind turbines and at the same time select their …

An efficient windfarm layout to harness maximum power out of the wind is highly desirable
from technical and commercial perspectives. A bit of flexibility on layout gives leeway to the …

Optimizing the turbine layout in a wind farm is crucial to minimize wake interactions between
turbines, which can lead to a significant reduction in power generation. This work is …

Of late, the design and development of large and small wind farms are gaining importance to
meet the growing energy demand. In this aspect, several wind turbine wake models have …

Measurements from a wind farm in northern Norway have been used in an attempt to
validate three kinematic wake models, which are often preferred due to their efficiency in …