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2010•Unpublished venueRequires access

Design of Air Supply System with Constant Pressure for Compressor Based on Fuzzy-PID Controller

Fengyou He, Weining Bao, Tang, Liu Xichao

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Abstract

In order to solve existing problems of large lag and poor stability of air supply system for compressor,the paper introduced design of an air supply system with constant pressure for compressor based on fuzzy-PID controller.The fuzzy-PID controller of the system combines traditional PID control with fuzzy control which can adjust parameters of the whole system automatically and finally realize air supply with constant pressure.The actual running result showed that the system can do optimal control according to changes of air supply devices and environment,which improves the system's reliability,stability,dynamic respond speed and energy-saving effect.

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What this paper is about

In order to solve existing problems of large lag and poor stability of air supply system for compressor,the paper introduced design of an air supply system with constant pressure for compressor based on fuzzy-PID controller.The fuzzy-PID controller of the system combines traditional PID control with fuzzy control which can adjust parameters of the whole system automatically and finally realize air supply with constant pressure.The actual running result showed that the system can do optimal control according to changes of air supply devices and environment,which improves the system's reliability,stability,dynamic respond speed and energy-saving effect.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In order to solve existing problems of large lag and poor stability of air supply system for compressor,the paper introduced design of an air supply system with constant pressure for compressor based on fuzzy-PID controller.The fuzzy-PID controller of the system combines traditional PID control with fuzzy control which can adjust parameters of the whole system automatically and finally realize air supply with constant pressure.The actual running result showed that the system can do optimal control according to changes of air supply devices and environment,which improves the system's reliability,stability,dynamic respond speed and energy-saving effect.

Key concepts: PID controller, Air compressor, Gas compressor, Control theory (sociology), Constant (computer programming), Fuzzy logic, Control engineering, Controller (irrigation)

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