Volume 20 No 9 (2022)
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The Implementation Of A Magnetic Propelling Phenomenon In A Traditional Vertical Axis Wind Turbine System To Enhance Its Performance Even In Lower Wind Speed Condition
Sandesh Hegde, Dr. Ramachandra C G , Dr. Nagesh S N , Dr. Prashanth Pai M
Abstract
It is essential for human civilization to develop sustainable, inexpensive, and environmentally friendly alternative
sources of energy since modern civilizations depend on cheap, abundant energy to thrive. Wind power may offer
an effective answer to the world's energy problems. It is a perfectly safe, reasonably priced, and ecologically
responsible source of clean and green energy. The air may appear inconsequential to anybody or everyone given
the existing situation. We all know that the globe has an uneven surface due to its form, which means that sunrays
may impact the surface at various points along the uneven surface with varying intensities. As a result, there is an
accompanying degree of uneven heating of the earth's surface, which changes some of the air pressure there. It
then results in wind. These air molecules' kinetic energy is nothing more than wind energy. A wind turbine is a
mechanical device that converts kinetic energy from the air surrounding it into the necessary kind of mechanical
energy. In this study, we concentrated on the repelling characteristics of items that are persistently magnetized
and have identical poles. Here, magnetic propulsion's inherent properties are employed as energy sources.
Because of the addition of such elements as magnetic repulsion, our VAWT system will function better under
conditions with lower wind speeds as well. When wind energy is used as an additional source of energy in a VAWT,
the magnets will provide a repulsive force that will contribute various types of kinetic energies to the wind
turbines as they transform wind energy's kinetic energy into the necessary mechanical power
Keywords
Hybrid energy, vertical axis wind turbines, renewable energy sources, and magnets
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