The first control unit 140 is controlled by the first electronic processor 120 to provide the alternating current to the first coil 145. The alternating current through the first coil 145 creates an oscillating magnetic field around the first coil 145. The oscillating magnetic field induces an alternating electromotive force that creates an alternating current in the second coil 175. The second electronic processor 150 controls the second control unit 170 to provide the alternating current from the second coil 175 to the second power conversion circuit 165. In one example, the second power conversion circuit 165 converts the AC power received from the second coil 175 into a DC power at a power output 185. For example, the second power conversion circuit 165 may include a rectifier to convert the AC power from the second coil 175 to a DC power output to a load. In some embodiments, when the load requires an AC power, the second power conversion circuit 165 may not be required or may be modified accordingly.