ADAPTIVE CONTROL OF CURRENT CONTROLLER RELAY FOR THREE-PHASE ACTIVE POWER FILTER
DOI:
https://doi.org/10.15588/1607-6761-2014-2-3Keywords:
active power filter, pulse-width modulation, current control relay, adaptive controller, switching frequencyAbstract
Current control relay of three-phase active power filter provides the toggle power switches, when the current error exceeds a fixed value (hysteresis band), while the frequency of setting options is variable. The adaptive controller, which ensures the consistency switching frequency, is proposed, while formation of this current in two ways (according to the pqtheory and the theory of S. Fryze) is considered. Series of experiments with simulated operation of the active power filter for the consumer with linear and nonlinear loads are considered. The diagrams are obtained; their analysis allows to formulate recommendations for use of the given current methods of generating active power filter and the use of adaptive current control depending on the nature of the loadReferences
Агунов А. В. Управление качеством электроенергии при несинусоидальних режимах / А. В. Агунов – СПб. : СПбГМТУ, 2009. – 134 с.
Жежеленко И. В. Высшие гармоники в системах электроснабжения промпредприятий / И. В. Жежеленко – М. : Энергоатомиздат, 1984. – 160 с.
Давидов О. Ю. Аналіз засобів компенсації реактивної потужності в електротехнічних системах / О. Ю. Давидов, О. В. Бялобржеський // Вісник КДУ ім. М. Остроградського. – 2010. – №3, ч.1 – С. 132–136.
Dixon J. Y. Analysis and evaluation of different modulation techniques for active power filters / J. Y. Dixon, S. M. Tepper, L. T. Moran // IEEE. – 1994. – vol. 94, No. 5. – Р. 894–900.
Власенко Р. В. Адаптивне управління релейним регулятором струму однофазного силового активного фільтру / Р. В. Власенко, О. В. Бялобржеський // Вісник ДонНТУ, серія «Електротехніка і енергетика». – 2014. – №1. – С. 39–44.
Zabihi S. An adaptive hysteresis current control based on unipolar PWM for active power filters» / S. Zabihi, F. A. Zare // Proceedings of the 2006 Australasian Universities Power Engineering Conference, 10–13 December 2006. – Victoria, Melbourne, Australia.
Feasibility study of flexible systems for reactive power compensation / [ J. Zakis, D. Vinnikov, J. Laugis, I. Rankirs] // IEEE. – 2010. – №5. – Р. 14–20.
Современные теории мощности и их использование в преобразовательных системах силовой электроники / [И.Ф. Домнин, Г.Г. Жемеров, Д.С. Крылов, Е.И. Сокол] // Технічна електродинаміка, тематичний випуск «Проблеми сучасної електротехніки». – 2004. – ч. 1. – С. 81–90.
Лохов С. М. Энергетические составляющие мощности вентильных преобразоватилей / С. М. Лохов. – Челябинск : ЮУрГУ, 1999. – ч. 1. – 106 с.
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