A Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based MotorsA Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based Motors

João Pinto; Roberto Oliveira; Murta-Pina João; Anabela Pronto; Masoud Ardestani; Xavier Gramados; Alfredo Álvarez; Pilar Suárez; Belén Rivera; Belén Perez

doi:10.5445/ir/1000192329

January 1, 2021Open Access

A Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based MotorsA Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based Motors

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Key Points

The aim is to develop advanced electromechanical drives for electric aircraft, focusing on improving efficiency and reducing emissions.
Developed a drive system with electronics pole variation to enhance speed and torque characteristics.
Utilized motors with rotors made from high temperature superconductors (HTS) in various configurations.
Applied power electronics converters with increased complexity compared to conventional designs.
Conducted simulations and experimental validation to assess performance and flux distribution changes.
Achieved a functional model of the drive integrating electronic poles variation and HTS components.
Validated the design through simulations, demonstrating the potential for reducing size and weight.
Showed the feasibility of reconfiguring flux distribution by changing the number of magnetic poles in the motor.

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Implication

Development of a flexible electromechanical drive shows potential in electric aircraft and other applications, indicating benefits for CO2 emission reduction.

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Cite This Study

Pinto et al. (2021) studied this question.

synapsesocial.com/papers/69e3207940886becb653f9a3 https://doi.org/10.5445/ir/1000192329

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A Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based MotorsA Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based Motors

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A Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based MotorsA Highly-Flexible Electromechanical Drive Integrating Electronic Poles Variation and HTS Coated Conductors Based Motors

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