This work focuses on a dynamic model of an innovative multigenerational solar-wind-based
system from energetic, exergetic, economic, and environmental approaches. It is integrated …

In the design of a Doubly Fed Induction Generator (DFIG), the electrical, dielectric, magnetic,
thermal, and mechanical considerations are essential in the design. The generator speed …

The present research is focused on windfarm economic viability and wind power potential
assessment by RETScreen and WAsP tools, respectively, for the South-West region of …

Accurate estimation of wind speed frequency distribution will be beneficial to predict
accurately wind energy potential and select optimal wind energy conversion systems. Due to …

Understanding and evaluating wind energy involves various steps, including the observed
temporal and directional variations in wind speed, choosing a suitable Probability Density …

This review paper examines the advancements and limitations of wind energy technology,
while concentrating on the utilization of Doubly Fed Induction Generators (DFIG) to capture …

This work presents an assessment of the wind potential and a design methodology for a 10
MW wind farm in the Arzew industrial region, located in northwest Algeria, to improve the …

In this study, the wind energy potential and the unit energy cost related to six wind turbines
in the city of Illizi in Southeast of Algeria are investigated. The hourly measured data (wind …

Stochastic programming has become increasingly vital in energy applications, especially in
the context of the growing need for renewable energy solutions. This paper presents a …

A detailed exergoeconomic analysis of an ejector-augmented shrouded horizontal axial
wind turbine at three ejector inlet area ratios was conducted. Key exergoeconomic …