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A New Approach for PID Controller Tuning from Closed-Loop Setpoint Experiment

机译:闭环设定点实验PID控制器调谐的一种新方法

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The proposed PID tuning method has similar approach to the recently published paper of Shamsuzzoha and Skogestad (2010). It is one step procedure to obtain the PID setting which gives the better performance and robustness. The method requires one closedloop step setpoint response experiment using a proportional only controller with gain Kc0. Based on simulations for a range of first-order with delay processes, simple correlations have been derived to give PID controller settings. The controller gain (K_c/K_(co)) is only a function of the overshoot observed in the setpoint experiment. The controller integral and derivative time (τ_I and τ_D) is mainly a function of the time to reach the first peak (t_p). The proposed tuning method shows better performance than Shamsuzzoha and Skogestad (2010) for broad range of processes.
机译:所提出的PID调谐方法具有类似于Shamsuzzoha和Skogestad(2010)的最近发表的论文的方法。获得PID设置的一步步骤,它提供了更好的性能和鲁棒性。该方法需要一个独立的步骤设定点响应实验,仅使用具有增益KC0的比例控制器。基于一系列具有延迟过程的一流的仿真,派生了简单的相关性以提供PID控制器设置。控制器增益(k_c / k_(co))只是在设定点实验中观察到的过冲的函数。控制器积分和衍生时间(τ_i和τ_d)主要是到达第一峰值(t_p)的时间的函数。所提出的调谐方法显示出比Shamsuzzoha和Skogestad(2010)的更好的性能,用于广泛的过程。

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