基于VB 6.0的双容水箱液位串级控制系统设计

李芹; 肖思名

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上海电力大学学报:2009,25(4):325-328,345

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基于VB 6.0的双容水箱液位串级控制系统设计

李芹¹, 肖思名²

(1.上海电力学院电力与自动化工程学院 , 上海 200090;2.日本工业大学电气工程系 , 埼玉 3458501)

Design of Double-capacity Water Tank Liquid Level Cascade Control System Based on VB 6.0

LI Qin¹, XIAO Si-ming²

(1.School of Electric Power and Automation Engineering, Shanghai University of Electric Power, Shanghai 200090, China;2.Dept. of Electrical and Electronics Engineering, Nippon Institute of Technology, Saitama Pref. 345-8501, Japan)

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本文已被：浏览 991次下载 541次
投稿时间：2009-06-01

中文摘要: 介绍了基于VB 6.0软件的双容水箱液位串级控制系统的设计和实现方法.通过在SUPCON CS4000DDC实验装置上进行实验得到双容水箱的数学模型,应用S imu link进行串级控制系统仿真.把改进的PID控制器仿真算法应用于双容水箱液位串级控制系统主副回路的调节,用VB 6.0软件编写了该控制系统的仿真软件并进行仿真,其结果与Simu link的仿真结果相比,验证了串级控制系统仿真软件的正确性.

中文关键词: VB6.0软件 PID控制器串级控制

Abstract:A method of designing and realizing the liquid level cascade control system of double-capacity water tank is introduced. The double-capacity water tank dynamic model is derived through experiment on the SUPCON CS4000 device, and the cascade control system simulation is finished by Simulink. An improved PID controller simulation method is used to regulate the main loop and inner loop of the cascade control system, and VB 6.0 software is used to program the simulation software. A comparison with Simulink result proves that the software is reliable.

keywords: VB6.0software PID controller cascade control

文章编号：20090405 中图分类号： 文献标志码：

基金项目:上海市科委攻关项目(CZ-2008999);上海电力学院2009年度教改项目(20091409)

作者	单位
李芹	上海电力学院电力与自动化工程学院 , 上海 200090
肖思名	日本工业大学电气工程系 , 埼玉 3458501

Author Name	Affiliation
LI Qin	School of Electric Power and Automation Engineering, Shanghai University of Electric Power, Shanghai 200090, China
XIAO Si-ming	Dept. of Electrical and Electronics Engineering, Nippon Institute of Technology, Saitama Pref. 345-8501, Japan

引用文本：
李芹,肖思名.基于VB 6.0的双容水箱液位串级控制系统设计[J].上海电力大学学报,2009,25(4):325-328,345.
LI Qin,XIAO Si-ming.Design of Double-capacity Water Tank Liquid Level Cascade Control System Based on VB 6.0[J].Journal of Shanghai University of Electric Power,2009,25(4):325-328,345.