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A new nethod of improving comprehensive performances of variable speed pump control systems with large power: Vvalve-pump parallel variable structure control

机译:提高大功率变速泵控制系统综合性能的新方法:阀泵并联可变结构控制

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摘要

To improve low-speed stability and dynamic response of traditional variable speed pump control systems, this study proposes a variable speed pump control system in valve-pump parallel variable structure control, where a proportional flow valve is parallel to a variable speed pump and could work at leaking status and replenishing status, and then establishes its mathematical model and then analyses system parameters and dynamic characteristics by AMEsim simulation. A control mechanism is built which could be adjusted between two channels of valve control and pump control to the control requirements and could significantly improve comprehensive performances of variable speed pump control systems with large power, such as low-speed stability, rapid response while keeping high efficiency.
机译:为了提高传统变速泵控制系统的低速稳定性和动态响应,本研究提出了一种在阀-泵并联可变结构控制中的变速泵控制系统,其中比例流量阀与变速泵平行并且可以工作在泄漏状态和补给状态下,建立其数学模型,然后通过AMEsim仿真分析系统参数和动态特性。建立了可以在阀门控制和泵控制两个通道之间进行调节以达到控制要求的控制机制,可以显着提高大功率变速泵控制系统的综合性能,例如低速稳定性,快速响应,同时保持较高的功率。效率。

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