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Simulation study of two-order Large Inertia and time-delay system based on active disturbance rejection controller

机译:基于有源干扰抑制控制器的二阶大惯性和时滞系统的仿真研究

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摘要

PID controller can not perform well in two-order large Inertia and time-delay system. ADRC is a new control technique which possesses special advantages for large Inertia and time-delay system. Moreover, ADRC overcomes lots of defects of PID control and improves control performance greatly. Two-tank liquid system — the research object in this paper is a typical two-order large Inertia and time-delay system. In the research an ADRC is designed by using control technique of active disturbance rejection and by comparing with PID controller. Simulation research shows that liquid level control system possesses good rapidity and little overshooting with ADRC and can inhibit strong disturbance. Thus, the research result is of important guidance for engineering of liquid level control.
机译:PID控制器在二阶大惯性和时滞系统中表现不佳。 ADRC是一种新的控制技术,对于大惯量和延时系统具有特殊的优势。而且,ADRC克服了PID控制的许多缺陷,大大提高了控制性能。两罐液体系统—本文的研究对象是典型的两阶大惯性和时滞系统。在研究中,采用主动抗干扰控制技术,并与PID控制器进行比较,设计了一种ADRC。仿真研究表明,液位控制系统具有良好的速度和ADRC的超调量,可以抑制强烈的干扰。因此,研究结果对液位控制工程具有重要的指导意义。

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