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Recently, the layout optimization of the secondary coils for wireless power transfer systems has been developed using the fixed grid (FG) representation. Although this method can effectively and efficiently determine the optimized coil design under the given conditions, a distinct discrepancy exists between the evaluated coil mass (i.e., simulation data) and the physical coil mass (i.e., experiment...
This paper proposes a novel coil layout optimization that can determine the optimal coil design under the given working condition for wireless power transfer systems, using the smooth boundary representation. The optimized coil layout is validated through the experiments under the same condition.
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