The principle of the double rotor superconducting machine is applied to the design of a 2000 MVA generator. The basic form of the machine is described as well as the main considerations and objectives of the design. The effects of faults are studied and compared to those of an identical conventional superconducting generator. The dynamic stability under steady-state and fault transient conditions is examined. Finally, the specific dimensions and characteristic parameters of the 2000 MVA machine are given as applied to several different designs of the free Electromechanical Inertial Shield.
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Dagalakis et al. (1976) studied this question.
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