This study explores methods to enhance wind turbine performance in low wind speed
regions, focusing on strategic turbine placement, blade design, aerodynamics, and …

One approach for reducing the level of environmental contamination threats around the
world is to use renewable energy-harvesting equipment. Wind is a potential environmental …

A possible way to capture the kinetic energy available in the wind and then convert it into a
useful form of energy is to use wind turbines. Out of many kinds of wind turbines, a lot of in …

Unacceptable environmental pollution from the fossil fuel energy sources is increasing the
demands on green energy concept and developing alternative solutions and has …

Increasing energy demand and environmental regulations around the world provide an
adequate framework for developing methods of obtaining energy from renewable sources …

The need for energy and electricity has been increasing globally, and this means more
power is required from the power plants. Power plants, however, will then continue harming …

Our world has been relying on non-renewable energy based on fossil fuels and coal until
these energy sources are depleting day by day and giving impact to the environment. To …

In this study, the effect of both overlap ratio of blades and blade angular position on the
performance of a savonius vertical axis wind turbine are investigated with computational …

Savonius rotor has many advantages over other types of the rotor, such as simple
construction, cheap, not dependent on the direction of the wind, and has good initial torque …

The helical Savonius rotor (HSR) is used as green energy generation. The accurate design
of HSR is essential before installing any wind farm in a region. It has been widely employed …