Optimization Through Wind Modeling by Means of Mechanical Design to Enhance Wind Power Generation and System Reliability

In most of the review article wind power based on mechanical design parameters or based on the reliability analysis of the wind farm is presented. In this review paper we presented analysis of wind power based on mechanical design parameters, reliability parameter and consideration electrical power in addition to Wind Canyon Model. There is a need to optimize design parameters of wind farm such as turbine size, weight, gear ratio parameters to achieve quality power as output which can sustain and maintain its availability with maximum efficiency. This article provides critical review of previous researcher. Paper also presents a detailed direction for wind analysis considering most and important constraint. Mathematical modeling is an important task for the modeling. This article discusses Mathematical modeling for wind data. Review of many research papers on reliability analysis specifically based on wind turbines between the 1999 to 2020 are presented. Since the last years many researchers focused on data collected on the reliability in wind turbines and published findings in different journals and articles are also noted. The issues in wind research is also addressed in this article. The review shows mechanical design analysis, reliability analysis and power optimization techniques. The critical findings provided here is helpful for other researcher. A combined objective function or cost function needs to develop subjected to constraints to achieve maximum profit through this business. A research work is required to improve the design variable in wind generator in addition to Wind power aspects such as power efficiency in addition to reliability.