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Design method and simulation research of PID controller based on fuzzy theory

Yan Jin

Open publisher page 1 citations

Abstract

In order to improve the shortage of the PID controller applied in industrial process control,the design method of PID controller based on the fuzzy theory was introduced and the method was applied to power frequency governing system for turbine,compared the fuzzy PID with the traditional PID.The results of simulation shows that fuzzy PID preferred a good performance to traditional PID,could greatly reduce the overshoot at the same time to ensure rapid response of the system,and solved the overspeed problem for load rejection.

About this research paper

What this paper is about

In order to improve the shortage of the PID controller applied in industrial process control,the design method of PID controller based on the fuzzy theory was introduced and the method was applied to power frequency governing system for turbine,compared the fuzzy PID with the traditional PID.The results of simulation shows that fuzzy PID preferred a good performance to traditional PID,could greatly reduce the overshoot at the same time to ensure rapid response of the system,and solved the overspeed problem for load rejection.

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Available abstract

In order to improve the shortage of the PID controller applied in industrial process control,the design method of PID controller based on the fuzzy theory was introduced and the method was applied to power frequency governing system for turbine,compared the fuzzy PID with the traditional PID.The results of simulation shows that fuzzy PID preferred a good performance to traditional PID,could greatly reduce the overshoot at the same time to ensure rapid response of the system,and solved the overspeed problem for load rejection.

Key concepts: PID controller, Control theory (sociology), Overshoot (microwave communication), Fuzzy logic, Control engineering, Economic shortage, Process (computing), Controller (irrigation)

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