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A new PID controller design for automatic generation control of hydro power systems

机译:水电系统自动发电控制的新型PID控制器设计

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This paper presents a new robust PID controller for automatic generation control (AGC) of hydro turbine power systems. The method is mainly based on a maximum peak resonance specification that is graphically supported by the Nichols chart. The open-loop frequency response curve is tangent to a specified ellipse and this makes the method to be efficient for controlling the overshoot, the stability and the dynamics of the system. Comparative results of this new load frequency controller with a conventional PI one and also with another PID controller design tested on a multimachine power system show the improvement in system damping remarkably. The region of acceptable performance of the new PID controller covers a wide range of operating and system conditions.
机译:本文提出了一种新型的鲁棒PID控制器,用于水轮机发电系统的自动发电控制(AGC)。该方法主要基于Nichols图以图形方式支持的最大峰值共振指标。开环频率响应曲线与指定的椭圆相切,这使得该方法对于控制系统的过冲,稳定性和动态性非常有效。这种新型负载频率控制器与传统的PI控制器以及在多机电源系统上测试的另一种PID控制器设计的比较结果表明,系统阻尼得到了显着改善。新型PID控制器的可接受性能范围涵盖了广泛的运行和系统条件。

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