舰船电力推进是一个复杂的船—机—电系统。
A naval ship electric propulsion unit is a complex ship-machine-electricity system.
可靠性是电力推进系统的一项重要指标，直接决定着舰船的生命力和战斗力。
Reliability is a important index to electric power propulsion system, which decides the ship life force and battle effectiveness.
为了提高舰船综合电力推进系统的性能，推导了十二相同步电动机直轴气隙磁链观测器的模型，籍此构建了十二相同步电动机矢量控制方案。
The electrical drive system performance was improved using a model of the direct-axis magnetizing flux linkage space-phasor to develop a vector control scheme for the 12-phase synchronous motor.
为了提高舰船综合电力推进系统的性能，推导了十二相同步电动机直轴气隙磁链观测器的模型，籍此构建了十二相同步电动机矢量控制方案。
The electrical drive system performance was improved using a model of the direct-axis magnetizing flux linkage space-phasor to develop a vector control scheme for the 12-phase synchronous motor.
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