IEEE Transactions on Applied Superconductivity · 2006 · 58 citations · 3 references
EngineeringElectrical EngineeringElectric MachinesMotor LearningPower ElectronicsElectric MotorsInduction MachinesMachine WindingsMagnetic Circuit AnalysisThree-phase MachinesEquivalent Circuit AnalysisEquivalent Circuit ModelingInduction Motor Equivalent CircuitInduction MotorsRotor WindingsSquirrel-cage Induction MotorsSynchronous RotationThree-phase Induction Machines
HTS squirrel-cage induction motor was fabricated and tested in this study. Both of rotor bars and end rings were made of Bi-2223/Ag multifilamentary tapes in order to realize superconducting current loops, and the conventional (normal conducting) stator, 3-phase and 4-pole, was utilized. Rotating characteristics of the fabricated motor were tested for different input voltages at 60 Hz. The performances were also analyzed by means of the theoretical method based on the electrical equivalent circuit. It was shown that the minimum starting voltage was experimentally confirmed and agreed semi-quantitatively with the analysis result. The rotation at synchronous speed was realized by applying the load, at least, 1.5 Nm
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