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Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers

Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers

Energy saving in technological processes of agro-industrial complex is an integral part of the development of a market economy, since nowadays there is a total interest of suppliers and consumers in economical energy supply. At present, the concept of electromagnetic compatibility in matters of powe...

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সংরক্ষণ করুন:
গ্রন্থ-পঞ্জীর বিবরন
প্রধান লেখক: Masyutina, G. V., Масютина, Г. В., Rostova, A. T., Ростова, А. Т., Kolesnikov, G. Y., Колесников Г. Ю.
বিন্যাস: Статья
ভাষা:English
প্রকাশিত: IOP Publishing Ltd 2021
বিষয়গুলি:
Filter-compensating devices
Agro-industrial complex
Energy saving in technological processes
অনলাইন ব্যবহার করুন:https://dspace.ncfu.ru/handle/20.500.12258/18238
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spelling ir-20.500.12258-182382021-11-09T13:56:26Z Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers Masyutina, G. V. Масютина, Г. В. Rostova, A. T. Ростова, А. Т. Kolesnikov, G. Y. Колесников Г. Ю. Filter-compensating devices Agro-industrial complex Energy saving in technological processes Energy saving in technological processes of agro-industrial complex is an integral part of the development of a market economy, since nowadays there is a total interest of suppliers and consumers in economical energy supply. At present, the concept of electromagnetic compatibility in matters of power quality assurance covers almost any type of interaction between various devices and systems using electromagnetic phenomena, as well as the interaction of these systems with living organisms. There is an increasing need to analyze the impact of energy losses on energy efficiency in general and the need to analyze additionally arising losses caused by a sharp deterioration in the power quality readings. At present stage, more accurate information is required about the state of the electrical networks modes to determine the level of losses and reduce the commercial component of losses. In this situation, power systems require more accurate forecasts of the load of distribution networks in order to achieve excellence in operation, planning the development of networks and optimization of energy resources management, but the process of high-quality compensation remains rather complicated due to the growth of distortions in low-voltage distribution networks. In contrast to the existing solutions, the authors of the article offer to introduce into the method (algorithm) for controlling a compensation device the operation of forecasting the value of active power of non-stationary non-linear load on the forthcoming period of the supply mains voltage according to the results of monitoring the change in the active power of the load during the previous periods and statistical processing of the data obtained. 2021-11-09T13:53:27Z 2021-11-09T13:53:27Z 2021 Статья Shunina, A. A.; Masyutina, G. V.; Rostova, A. T.; Kolesnikov, G. Y.; Lubentsova, E. V. Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers // IOP Conference Series: Earth and Environmental Science. - 2021. - Том 852. - Выпуск 127. - Номер статьи 012098. - DOI 10.1088/1755-1315/852/1/012098 http://hdl.handle.net/20.500.12258/18238 en IOP Conference Series: Earth and Environmental Science application/pdf IOP Publishing Ltd
institution СКФУ
collection Репозиторий
language English
topic Filter-compensating devices
Agro-industrial complex
Energy saving in technological processes
spellingShingle Filter-compensating devices
Agro-industrial complex
Energy saving in technological processes
Masyutina, G. V.
Масютина, Г. В.
Rostova, A. T.
Ростова, А. Т.
Kolesnikov, G. Y.
Колесников Г. Ю.
Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
description Energy saving in technological processes of agro-industrial complex is an integral part of the development of a market economy, since nowadays there is a total interest of suppliers and consumers in economical energy supply. At present, the concept of electromagnetic compatibility in matters of power quality assurance covers almost any type of interaction between various devices and systems using electromagnetic phenomena, as well as the interaction of these systems with living organisms. There is an increasing need to analyze the impact of energy losses on energy efficiency in general and the need to analyze additionally arising losses caused by a sharp deterioration in the power quality readings. At present stage, more accurate information is required about the state of the electrical networks modes to determine the level of losses and reduce the commercial component of losses. In this situation, power systems require more accurate forecasts of the load of distribution networks in order to achieve excellence in operation, planning the development of networks and optimization of energy resources management, but the process of high-quality compensation remains rather complicated due to the growth of distortions in low-voltage distribution networks. In contrast to the existing solutions, the authors of the article offer to introduce into the method (algorithm) for controlling a compensation device the operation of forecasting the value of active power of non-stationary non-linear load on the forthcoming period of the supply mains voltage according to the results of monitoring the change in the active power of the load during the previous periods and statistical processing of the data obtained.
format Статья
author Masyutina, G. V.
Масютина, Г. В.
Rostova, A. T.
Ростова, А. Т.
Kolesnikov, G. Y.
Колесников Г. Ю.
author_facet Masyutina, G. V.
Масютина, Г. В.
Rostova, A. T.
Ростова, А. Т.
Kolesnikov, G. Y.
Колесников Г. Ю.
author_sort Masyutina, G. V.
title Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
title_short Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
title_full Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
title_fullStr Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
title_full_unstemmed Prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
title_sort prospects for further improvement of filter-compensating devices for agro-industrial complex consumers
publisher IOP Publishing Ltd
publishDate 2021
url https://dspace.ncfu.ru/handle/20.500.12258/18238
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AT rostovaat prospectsforfurtherimprovementoffiltercompensatingdevicesforagroindustrialcomplexconsumers
AT kolesnikovgy prospectsforfurtherimprovementoffiltercompensatingdevicesforagroindustrialcomplexconsumers
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