蒸汽发生器双级模糊积分智能水位控制器设计

英文篇名：Design of Double-Fuzzy-Integral Intelligent Water Level Controller for Steam Generator
中文刊名：核动力工程
英文刊名：Nuclear Power Engineering
作者：蔡猛 ; 张大发 ; 张宇声 ; 张广福
英文作者：CAI Meng ; ZHANG Da-fa ; ZHANG Yu-sheng ; ZHANG Guang-fu (Power Engineering College ; Naval University of Engineering ; Wuhan ; 430033 ; China)
中文关键词：模糊控制 ; 蒸汽发生器 ; 水位控制 ; 积分控制 ; 双级模糊积分控制
英文关键词：Fuzzy control ; Steam generator ; Water level control ; Integral control ; Double-fuzzy-integral control
出版日期：2007-04-15
机构：海军工程大学船舶与动力学院,海军工程大学船舶与动力学院,海军工程大学船舶与动力学院,海军工程大学船舶与动力学院湖北武汉430033,湖北武汉430033,湖北武汉430033,湖北武汉430033
年：2007
期：02
出版单位：核动力工程

摘要

为了实现对蒸汽发生器水位的有效控制,设计了双级模糊积分智能水位控制器。在常规模糊控制器之前,增加了“假水位”判别模糊控制器,以实现在“假水位”阶段对水位进行有效控制。为实现对水位的最优控制,将模糊控制器和积分控制器结果协调输出。通过对控制响应曲线的分析,验证本论文所设计的双级模糊积分智能控制器能有效克服“假水位”现象对水位控制带来的不利影响,且控制超调量小,稳定时间短。
In order to effectively control the water level of steam generator,a double-fuzzy-integralwater level controller is designed in this paper.A “false water level” distinguishing fuzzy controller is addedbefore normal fuzzy controller,to control the water level effectively when SG is in “false water level” phase.In order to have an optimal water level control,this paper gives the result of fuzzy controller and integralcontroller export in phase.By the analyzing of control curve,it has validated that the designeddouble-fuzzy-integral water level controller may overcome the disadvantageous influence given by “falsewater level” phenomena to the water level control,and that the control excess adjustment quantity is smalland the steady time is short.

引文

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