Overvoltages on Power Filters under Energizing Industrial Power System Transformer

The practice of operating industrial power supply systems containing filter circuits has shown that filter tuning can have a significant impact on filter performance. On the basis of simulations of a real power supply system carried out by the Matlab / Simulink package, the results of a study of the...

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Main Author: Yuriy Varetsky
Format: Article
Language:English
Published: Lviv Polytechnic National University 2020-12-01
Series:Energy Engineering and Control Systems
Subjects:
Online Access:https://science.lpnu.ua/jeecs/all-volumes-and-issues/volume-6-number-2-2020/overvoltages-power-filters-under-energizing
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author Yuriy Varetsky
author_facet Yuriy Varetsky
author_sort Yuriy Varetsky
collection DOAJ
description The practice of operating industrial power supply systems containing filter circuits has shown that filter tuning can have a significant impact on filter performance. On the basis of simulations of a real power supply system carried out by the Matlab / Simulink package, the results of a study of the impact of filter manufacturing tolerances on the filter transients under transformer energizing are presented. The most severe transients are observed for filter circuits in the power supply systems of electric arc furnaces due to frequently repeated operating energizing furnace transformers. This article summarizes the analysis of overvoltages on capacitors and reactors for various configurations of the filter circuit, arising during energizing the arc furnace transformer, taking into account the possible detuning of the filters.
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publishDate 2020-12-01
publisher Lviv Polytechnic National University
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series Energy Engineering and Control Systems
spelling doaj-art-952dfec1f22e48c58700ebb05ea7a9b42025-06-25T07:46:43ZengLviv Polytechnic National UniversityEnergy Engineering and Control Systems2411-80282415-72872020-12-01629710310.23939/jeecs2020.02.097Overvoltages on Power Filters under Energizing Industrial Power System Transformer Yuriy Varetsky0Lviv Polytechnic National UniversityThe practice of operating industrial power supply systems containing filter circuits has shown that filter tuning can have a significant impact on filter performance. On the basis of simulations of a real power supply system carried out by the Matlab / Simulink package, the results of a study of the impact of filter manufacturing tolerances on the filter transients under transformer energizing are presented. The most severe transients are observed for filter circuits in the power supply systems of electric arc furnaces due to frequently repeated operating energizing furnace transformers. This article summarizes the analysis of overvoltages on capacitors and reactors for various configurations of the filter circuit, arising during energizing the arc furnace transformer, taking into account the possible detuning of the filters.https://science.lpnu.ua/jeecs/all-volumes-and-issues/volume-6-number-2-2020/overvoltages-power-filters-under-energizingpower filtercapacitor bankfilter reactorfilter tuningswitching transients
spellingShingle Yuriy Varetsky
Overvoltages on Power Filters under Energizing Industrial Power System Transformer
Energy Engineering and Control Systems
power filter
capacitor bank
filter reactor
filter tuning
switching transients
title Overvoltages on Power Filters under Energizing Industrial Power System Transformer
title_full Overvoltages on Power Filters under Energizing Industrial Power System Transformer
title_fullStr Overvoltages on Power Filters under Energizing Industrial Power System Transformer
title_full_unstemmed Overvoltages on Power Filters under Energizing Industrial Power System Transformer
title_short Overvoltages on Power Filters under Energizing Industrial Power System Transformer
title_sort overvoltages on power filters under energizing industrial power system transformer
topic power filter
capacitor bank
filter reactor
filter tuning
switching transients
url https://science.lpnu.ua/jeecs/all-volumes-and-issues/volume-6-number-2-2020/overvoltages-power-filters-under-energizing
work_keys_str_mv AT yuriyvaretsky overvoltagesonpowerfiltersunderenergizingindustrialpowersystemtransformer