This paper presents a review of the current state of the art solutions to the problem of wind
farm optimal design. The aim of this work is to present the problem by identifying the most …

The development and validation of a 2D analytical wind turbine wake model based on
Jensen's wake model using Gaussian function is presented in this paper. The velocity deficit …

A new two-dimensional (2D) wake model is developed and validated in this article to predict
the velocity and turbulence distribution in the wake of a wind turbine. Based on the classical …

It is well accepted the wakes induced by upstream turbines have an adverse impact on the
power production of downstream turbines and this ubiquitous phenomenon severely affects …

The improved analytical wake model named as 2D_k Jensen model (which was proposed to
overcome some shortcomes in the classical Jensen wake model) is applied and validated in …

Résumé Les pertes de sillage sont généralement quantifiées à l'aide des modèles
analytiques caractérisant le sillage. La puissance totale estimée du parc éolien varie en …

Wind energy is currently one of the most profitable renewable energy sources in electricity
generation. However, much remains to be done to improve wind energy production. In this …

The output power of wind farm is strongly depend on the effectiveness of wind farm
especially the position of wind turbine. It has been provide in different measurement that the …

In this paper, a new Park-Gauss model based on the assumption of the Park model and the
Eddy-viscosity model is investigated to conduct the wake numerical simulation for solving a …

In order to limit the negative impacts of wind energy fluctuations on power system
performance, this research suggests an improved hybrid method to improve the accuracy …