DESIGN AND PERFORMANCE OF VERTICAL AXIS WIND TURBINE- A REVIEW

Abstract

One of the earliest ways of tapering is the use of wind turbines for electricity generation and renewable energy. The economic sustainability is a central part of social-economic growth and use of renewables. Tidal energy, wind, etc., like ample renewable energies and reducing fossil fuel reliance will help. More environmental interest now contributes to more eco-friendly energy options study and this helps wind power to be seen as a viable alternative. Multiple types of wind turbine are often used for energy production, such as horizontal wind turbines and vertical wind turbines. The horizontally positioned axis is primarily used for large scale installations and thus the application of this horizontal axis typically is of interest since it is fitted with an immense installation and initial expenditure. The geometry of the bath it uses and its position in the turbine will definitely influence the generation of electricity from wind turbines. Both parameters must be optimally specified and calculated for efficient and operational usage of the turbine. The analysis focuses on several measures for designing and constructing better wind turbines of the vertical axis. The wind turbines are designed to evaluate several aspects such as the wind energy situation and various open energy production techniques. It requires optimization of vertical axis turbine bladder configuration parameters with respect to various parameters, such as geometry orientation for assembly.