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Analytical Model and Design Space Studies for a non-Superconducting and Superconducting Electric Machine for an Aircraft Application

With a potential reduction in fuel consumption and thereby reduce carbon emissions, there is a significant interest in electrification of aviation propulsion technologies. Electric machine technology is one of the crucial technology elements for electric propulsion technologies. In order to reduce carbon emissions, there is considerable interest in both superconducting and non-superconducting generators and motors to enable all or hybrid electric aircraft for future aircrafts. This paper presents an analytical model development for both super conducting and non-superconducting machine architectures. A detailed trade space analysis has been presented for both super conducting and non-super conducting machine in this paper.