Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller

In the paper, problem of proper tuning of second-order Reduced Active Disturbance Rejection Controller (RADRC2) is considered in application for industrial processes with significant (but not dominant) delay time. For First-Order plus Delay Time (FOPDT) and Second-Order plus Delay Time (SOPDT) proce...

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Main Authors: Paweł, Nowak, Jacek, Czeczot, Patryk, Grelewicz
Format: Article
Language:English
Published: Polish Academy of Sciences 2020-12-01
Series:Archives of Control Sciences
Subjects:
Online Access:https://journals.pan.pl/Content/118770/PDF/art05.pdf
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author Paweł, Nowak
Jacek, Czeczot
Patryk, Grelewicz
author_facet Paweł, Nowak
Jacek, Czeczot
Patryk, Grelewicz
author_sort Paweł, Nowak
collection DOAJ
description In the paper, problem of proper tuning of second-order Reduced Active Disturbance Rejection Controller (RADRC2) is considered in application for industrial processes with significant (but not dominant) delay time. For First-Order plus Delay Time (FOPDT) and Second-Order plus Delay Time (SOPDT) processes, tuning rules are derived to provide minimal Integral Absolute Error (IAE) assuming robustness defined by gain and phase margins. Derivation was made using optimization procedure based on D-partition method. The paper also shows results of comprehensive simulation validation based on examplary benchmark processes of more complex dynamics as well as final practical validation. Comparison with PID controller shows that RADRC2 tuned by the proposed rules can be practical alternative for industrial control applications.
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spelling doaj.art-deeab93cd4ab4056a51a7b972ae799ae2022-12-22T02:02:58ZengPolish Academy of SciencesArchives of Control Sciences1230-23842020-12-01vol. 30No 4701719https://doi.org/10.24425/acs.2020.135848Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection ControllerPaweł, Nowakhttps://orcid.org/0000-0003-4748-0796Jacek, CzeczotPatryk, GrelewiczIn the paper, problem of proper tuning of second-order Reduced Active Disturbance Rejection Controller (RADRC2) is considered in application for industrial processes with significant (but not dominant) delay time. For First-Order plus Delay Time (FOPDT) and Second-Order plus Delay Time (SOPDT) processes, tuning rules are derived to provide minimal Integral Absolute Error (IAE) assuming robustness defined by gain and phase margins. Derivation was made using optimization procedure based on D-partition method. The paper also shows results of comprehensive simulation validation based on examplary benchmark processes of more complex dynamics as well as final practical validation. Comparison with PID controller shows that RADRC2 tuned by the proposed rules can be practical alternative for industrial control applications.https://journals.pan.pl/Content/118770/PDF/art05.pdfreduced-order adrctuningpractical validationindustrial application
spellingShingle Paweł, Nowak
Jacek, Czeczot
Patryk, Grelewicz
Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
Archives of Control Sciences
reduced-order adrc
tuning
practical validation
industrial application
title Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
title_full Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
title_fullStr Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
title_full_unstemmed Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
title_short Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller
title_sort tuning rules for industrial use of the second order reduced active disturbance rejection controller
topic reduced-order adrc
tuning
practical validation
industrial application
url https://journals.pan.pl/Content/118770/PDF/art05.pdf
work_keys_str_mv AT pawełnowak tuningrulesforindustrialuseofthesecondorderreducedactivedisturbancerejectioncontroller
AT jacekczeczot tuningrulesforindustrialuseofthesecondorderreducedactivedisturbancerejectioncontroller
AT patrykgrelewicz tuningrulesforindustrialuseofthesecondorderreducedactivedisturbancerejectioncontroller