Solar Magnetic Motor

The Solar Magnetic Motor is an electric motor that employs magnetic levitation to achieve seamless rotation without any direct physical contact between its components. Its name is derived from its place of origin, Mendocino County in California, where it was initially conceived.

Comprising four essential components, the Solar Magnetic Motor includes a rotor, a stator, magnets, and solar panels. The rotor takes the form of a compact disc or sphere, composed of two solar silicon wafers, copper coils, pins, neodymium iron boron magnets, and acrylic brackets. In contrast, the stator remains a stationary framework that envelops the rotor and contains wire coils.

The Solar Magnetic Motor often serves as a demonstration of magnetic levitation and renewable energy principles. It serves to illustrate how power generated by solar panels can drive a self-sustaining magnetic levitation motor without the need for physical contact or the generation of friction. The motor’s continuous rotation relies on a sufficient supply of light energy to sustain its operation.

In essence, the Solar Magnetic Motor stands as a captivating testament to the potential of renewable energy-driven motors, exemplifying the versatility of magnetic levitation in a wide range of applications.