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Level Control System of Double-Hold Water Tank Based on Inverse System Method and PID

机译:基于逆系统方法和PID的双持水箱液位控制系统

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A control method, based on a combination of inverse system and PID controller, is proposed for the level control problem. The inverse system is derived based on the analysis and the establishment of double-hold water tankȁ9;s model. The simulation of the pseudo-linear system which is get through connecting the inverse system to the former of the model, the result shows that inverse system achieves the decoupling of the double-hold water tank system basically. In order to obtain a stable level, a PD regulator is designed based on the analysis the Bode diagram of the pseudo-linear system. Simulation and experiment show that the method is more effective with no need of overshoot and shorter adjustment time than the traditional PID control method.
机译:针对液位控制问题,提出了一种基于逆系统与PID控制器相结合的控制方法。在分析和建立双保持水箱ȁ9模型的基础上,推导了逆系统。通过将逆系统与模型的前者相连接得到的伪线性系统的仿真结果表明,逆系统基本实现了双保持水箱系统的解耦。为了获得稳定的水平,基于对伪线性系统的波特图的分析,设计了PD调节器。仿真和实验表明,与传统的PID控制方法相比,该方法更有效,不需要超调,调整时间短。

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