Application of Expert System PID Algorithm to Heat Exchange Station

Song Meng; Yong Qi Liu; Xin Jie Han; Zhan Yuan Ge; Shi Lin Wang

doi:10.4028/www.scientific.net/AMR.1070-1072.1709

Paper Titles

Heat Exchanger Working Condition under Low Temperature and Simulation
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Model for Leakage Fault Diagnosis of Pipe Network of Hot-Water District Heating
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Study on Low-Carbon Catalytic Combustion Furnace of Natural Gas and the Application in Pottery Industry
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Thermal Analysis and Design Applications of the Spiral Groove Tubes in Condensers
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Application of Expert System PID Algorithm to Heat Exchange Station
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Characteristic of Low Calorific Fuel Gas Combustion in a Pressurized Porous Burner
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Characteristics of Heat and Mass Transfer in Condesation Process of Gas-Liquid Cross Flow
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Discussions on the Methods of Preventing Heat Transfer Fluids from Oxidation in Open Heating System Based on Liquid-Phase Organic Heat Transfer Fluids Heater
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Influence of Integrating Induced Fan and Pressurization Fan on Energy-Saving of 300 MW Coal-Fired Power Units
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1070-1072Application of Expert System PID Algorithm to Heat...

Application of Expert System PID Algorithm to Heat Exchange Station

Abstract:

The heat exchange station is important element which connect to the heat source and the users. Heat exchange station has the characteristics of great inertia, pure lag, time-dependent nature. So it is difficult for conventional PID controller to control the system. Expert system PID controller combines the advantages of expert system and the conventional PID. It can deal with all kinds of complicated situations. The results show that this scheme completely conform to the requirements of the system control.