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Modeling of a Superconducting Radial Flux Inductor by a 3D Reluctance Network

In this paper we present a quick 3D model using reluctance network (RN) of a radial flux superconducting inductor dedicated to a synchronous machine. This inductor is made of two kinds of superconducting materials; two NbTi coaxial coils fed by currents in opposite directions and four rectangular YBCO pieces placed between the two coils to modulate the generated magnetic field. This inductor is fed by 260 A and cooled at 4.2 K. Flux densities computed by the 3D RN are compared to FE simulations and to experiments.