The functionality of the proposed three more » phase system is established by using 6 inches air gap between the couplers with the input of 675 V DC and output of 277 V AC, RMS. Theoretical and simulation results are validated by the simulation analysis for 20 kW output power. Inherent merit of the technology can directly merge dc input to the high frequency and 60 Hz grid frequency by superimposing through the wireless coils. The proposed topology can be used in a bi-directional operation between ac grid and dc terminals of energy storage by accomplishing unity power factor. In this study, a novel three phase oak ridge dc to ac converter is introduced for wireless mobility energy storage (WMES) applications to support the grid demand during peak times.
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