One of the most realistic strategic choices for resolving the world's energy crisis was electricity generation. Most of Asia has breeze speeds that are far lower than 4 m/s, especially in the north. Cities, but the inherent shear strength of modern wind turbines Because they are too big to start while the rotor speed is constant, turbines enduring magnet Bearings have the benefit of being mechanically inert removing friction, reducing resonance in moving components, etc. The wind may be levitated thanks to the conversion of wind energy by the maglev trains. The turbine requires very little wind to start, and it functions best in breezes. This paper presents the suggested framework and idea. Power plant using powerful magnets. These are the architectural features that were created by an analysis using finite element techniques (FEM). It is carried out to simulate a subsystem. The development of an axial framework and the simulator results indicate the usefulness of the orientation sensor. Motion is constant, and the motion when dangling from the ceiling is superb. This study's next focus will be on how magnetic levitation aids in boosting the turbine's wind speed.