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Torque-power-speed hybrid control of marine electric propulsion system

机译:船舶电力推进系统的转矩-速度-速度混合控制

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摘要

The conventional electric propulsion system is usually aimed at controlling the shaft speed only, without taking advantages of the electric propulsion motor into control strategies. This paper designs a SSP for marine electric propulsion system with SIMOTION system, and presents hybrid controller (HC) combining with SSP speed, torque and power. The simulation results show that HC can significantly reduce fluctuations in speed, torque and power.
机译:常规的电力推进系统通常仅旨在控制轴速度,而没有将电力推进电动机的优点纳入控制策略。本文利用SIMOTION系统设计了船舶电力推进系统的SSP,并提出了结合SSP速度,转矩和功率的混合动力控制器(HC)。仿真结果表明,HC可以显着减少速度,转矩和功率的波动。

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