利用OPC协议、DeltaV分布式系统和Simulink实现PI和IMC算法的电平控制

M. Popescu
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引用次数: 0

摘要

本文研究了利用OPC协议在DeltaV分布式系统和Simulink环境之间进行实时数据传输的可能性,以开发实际工厂的液位控制系统。DeltaV系统的配置是为了从换能器获取液位值,并传输控制阀和泵的命令。控制算法比例积分(PI)和内模控制(IMC)在Simulink中实现。为了方便DeltaV和Simulink之间的实时连接,使用了OPC协议功能。对所开发的液位控制系统进行了设定值变化和扰动的研究。比较了PI算法和IMC算法两种情况下的暂态时间、延时和超调。所有的结果都是在真实植物上得到的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of OPC Protocol, DeltaV Distributed System and Simulink for Level Control with PI and IMC Algorithms
The paper study the possibility of using the OPC protocol to transmit data in real time between DeltaV distributed system and Simulink environment in order to develop a level control system in a real plant. The DeltaV system is configured in order to acquire the level value from the transducer, and to transmit the commands for the control valve and the pump. The control algorithms, Proportional-Integral (PI) and Internal Model Control (IMC), are implemented in Simulink. In order to facilitate the real time connection between DeltaV and Simulink, OPC protocol functions are used. The developed level control system is studied for changes of set-point and disturbance. The results obtained for the two cases (PI and IMC algorithms) are compared in terms of transient time, time delay and overshoot. All the results are obtained for the real plant.
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