Application of fuzzy adaptive PID controller in condensate throttling technology
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Application of fuzzy adaptive PID controller in condensate throttling technology
Thermal Power GenerationVol. 46, Issue 2, Pages: 75-80(2017)
作者机构:
华北电力大学控制与计算机工程学院
作者简介:
基金信息:
DOI:
CLC:TM621
Published:2017
稿件说明:
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SUN Hairong, GENG Junya, WANG Rui. Application of fuzzy adaptive PID controller in condensate throttling technology[J]. Thermal power generation, 2017, 46(2): 75-80.
DOI:
SUN Hairong, GENG Junya, WANG Rui. Application of fuzzy adaptive PID controller in condensate throttling technology[J]. Thermal power generation, 2017, 46(2): 75-80.DOI:
Application of fuzzy adaptive PID controller in condensate throttling technology
The conventional thermal power units have disadvantages of large inertial and delay in unit coordinated control system.The condensate throttling technology can realize rapid increase in load response speed of the unit
but there is a problem of excessive regulation.The fuzzy adaptive PID controller can take advantage of the PID parameters and online adjust the PID control parameters according to the fuzzy rules when the error and error deviation changes
to improve the dynamic and static performance of the controlled object.Combining with the operation characteristics of the coordinated control system of a 600 MW thermal power unit
this paper proposes to apply the fuzzy adaptive PID controller to the condensate throttling technology.The simulation results show that
the condensate throttling technology can improve the load response rate of the unit and mitigate the condensate throttling technology's overreaction
the system performance and economic benefits of the thermal power unit increased effectively.
CAUSE ANALYSIS OF QUALITY DETERIORATION FOR FIRE RESISTANT OIL USED IN YIMIN POWER PLANT AND COUNTERMEASURES THEREOF
DEVELOPMENT OF SPARE SPACE FOR DISTRIBUTED CONTROL SYSTEM AND ITS APPLICATION IN ENGINEERING
STUDY ON APPLICATION OF DMC-PID CASCADE CONTROL FOR SUPERHEATED STEAM TEMPERATURE IN THERMAL POWER PLANTS
DESIGN OF TEMPERATURE CONTROL SYSTEM WITH SINGLE-CHIP MICROCOMPUTOR BASED ON FUZZY THEORY
SIMULATION OF UNIT COORDINATED CONTROL SYSTEM(UCCS) BASED ON SOFTWARE BLINK
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