The continuous growth of the electric propulsion systems increases the need of high speed motors. High speed motors are prone to saturate easily the DC-bus voltage supplied by the inverter. An accurate control strategy is necessary to decrease the magnetic flux while increasing the rotational speed to maximise the use of DC-bus voltage. A hybrid strategy has been adopted.
The continuous growth of the electric propulsion systems increases the need of high speed motors. High speed motors are prone to saturate easily the DC-bus voltage supplied by the inverter. An accurate control strategy is necessary to decrease the magnetic flux while increasing the rotational speed to maximise the use of DC-bus voltage. A hybrid strategy has been adopted.
Hybrid flux weakening control strategy of traction motors towards the electric transition
JENANIAN, AVEDIS
2023/2024
Abstract
The continuous growth of the electric propulsion systems increases the need of high speed motors. High speed motors are prone to saturate easily the DC-bus voltage supplied by the inverter. An accurate control strategy is necessary to decrease the magnetic flux while increasing the rotational speed to maximise the use of DC-bus voltage. A hybrid strategy has been adopted.| File | Dimensione | Formato | |
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Jenanian_Avedis.pdf
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18.39 MB
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18.39 MB | Adobe PDF |
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https://hdl.handle.net/20.500.12608/64968