Design and Simulation of VAWT based on Power Supply for EV

Wind energy is the natural sources of renewable energy which is available at the free of cost. The irregular heating of the atmosphere by the sun, which results in temperature and pressure differences, causes these motions. A wind turbine is a machine that generates electricity using the kinetic energy of the wind. It is a secondary type of solar energy. Wind power generation has a very bright future thanks to vertical axis wind generators. In the current study, an effort is made to employ low wind speeds of less than 4 m/s for the purpose of producing useable electricity utilizing vertical axis wind turbines (VAWTs) known as Maglev turbines. More output can be produced by a single huge maglev turbine than by a horizontal axis wind turbine (HAWT). The rotor’s construction keeps the center of gravity at the bottom of the rotating shaft, providing stability from the maglev effect at both low and high wind speeds. By using magnets in repulsion in place of the turbine’s traditional bearings, which put stress on the shaft, the efficiency of the turbine is enhanced. This allows the turbine to spin at a much quicker pace. The main parts that inspect the safety of the turbine are situated at ground level.