System And Method For Lift Assisted Magnetic Power

A lift assisted magnetic power device is disclosed in which rotational energy is converted into an electrical current. The device, in a preferred embodiment, includes a stand with a rotatable central axis, a plurality of cylinders having a first extremity attached to the central axis and a second extremity extending outwardly. At least one magnet is contained within each one of the cylinders. The magnet(s) are free to move along the cylinder between positions located proximate to both the first extremity and second extremity. A coil surrounds the cylinders to generate an electrical current as the at least one magnet passes through the coil. A connection is provided to carry the electrical current from the coil to a circuit or power source.