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Ushbu maqolada chastota ta’siri tahlili usuli yordamida kuch transformatorlarini diagnostikalashdan olingan o‘lchov natijalarini sharhlash usullari tahlil qilingan. Olingan natijalarni sharhlashda sonli ko‘rsatkichlar, ularning mohiyati ochib berilgan va qanday shikastlanishlarda qaysi sonli ko‘rsatkichlarni qo‘llab sharhlash yuqori natija berishi keltirib o‘tilgan. Ma’lumotlarni to‘plashda Google akademiya, eLIBRARY, ProQuest, ELSEVER, IEEE Xlopre, ResearchGate va boshqa qidiruv tizimlarining manbalaridagi so‘nggi 20 yilda nashr etilgan chastota ta’siri tahlili usuli hamda sonli ko‘rsatkichlarga aloqador bo‘lgan eksperimental va tahliliy maqolalardan foydalanilgan. Ekspluatatsiyadagi kuch transformatorlaridan chastota ta’siri tahlili usuli yordamida olingan o‘lchov natijalarini sharhlashda grafik qurish va sonli ko‘rsatkichlarni qo‘llash masalalari ko‘rib chiqilgan. Chastota ta’siri tahlili usulida sinovlar olib borish uchun qo‘llaniladigan standart ulanish sxemalari orasida radial deformatsiya, o‘ramlar tutashuvi va o‘zak yerlashishi yo‘qolishiga nisbatan boshidan oxirigacha ochiq zanjir sxemasi samarali bo‘lsa, o‘qiy deformatsiya, o‘tkazgichning qiyshayishi va o‘qiy disk burilishi shikastlanishlarini aniqlashda chulg‘amlararo sig‘im sxemasi aniqlik darajasi yuqori hisoblanadi. Ushbu tadqiqot ishi kelgusi kuch transformatoridagi mexanik shikastlanishlarni aniqlash va diagnostikalash bo‘yicha olib boriladigan ilmiy tadqiqotlar uchun foydali manba bo‘ladi.

  • Ссылка в интернете
  • DOI
  • Дата создание в систему UzSCI 30-10-2024
  • Количество прочтений 38
  • Дата публикации 28-06-2024
  • Язык статьиO'zbek
  • Страницы45-56
Ўзбек

Ushbu maqolada chastota ta’siri tahlili usuli yordamida kuch transformatorlarini diagnostikalashdan olingan o‘lchov natijalarini sharhlash usullari tahlil qilingan. Olingan natijalarni sharhlashda sonli ko‘rsatkichlar, ularning mohiyati ochib berilgan va qanday shikastlanishlarda qaysi sonli ko‘rsatkichlarni qo‘llab sharhlash yuqori natija berishi keltirib o‘tilgan. Ma’lumotlarni to‘plashda Google akademiya, eLIBRARY, ProQuest, ELSEVER, IEEE Xlopre, ResearchGate va boshqa qidiruv tizimlarining manbalaridagi so‘nggi 20 yilda nashr etilgan chastota ta’siri tahlili usuli hamda sonli ko‘rsatkichlarga aloqador bo‘lgan eksperimental va tahliliy maqolalardan foydalanilgan. Ekspluatatsiyadagi kuch transformatorlaridan chastota ta’siri tahlili usuli yordamida olingan o‘lchov natijalarini sharhlashda grafik qurish va sonli ko‘rsatkichlarni qo‘llash masalalari ko‘rib chiqilgan. Chastota ta’siri tahlili usulida sinovlar olib borish uchun qo‘llaniladigan standart ulanish sxemalari orasida radial deformatsiya, o‘ramlar tutashuvi va o‘zak yerlashishi yo‘qolishiga nisbatan boshidan oxirigacha ochiq zanjir sxemasi samarali bo‘lsa, o‘qiy deformatsiya, o‘tkazgichning qiyshayishi va o‘qiy disk burilishi shikastlanishlarini aniqlashda chulg‘amlararo sig‘im sxemasi aniqlik darajasi yuqori hisoblanadi. Ushbu tadqiqot ishi kelgusi kuch transformatoridagi mexanik shikastlanishlarni aniqlash va diagnostikalash bo‘yicha olib boriladigan ilmiy tadqiqotlar uchun foydali manba bo‘ladi.

Русский

В данной статье анализируются методы интерпретации результатов измерений, полученных в результате диагностики силовых трансформаторов методом амплитудно-частной характеристики. В интерпретации полученных результатов раскрываются числовые показатели, их сущность и указывается, какие числовые показатели дают более высокий результат при каких деформациях. Для сбора данных использовались экспериментально-аналитические данные и статьи Google академии, eLIBRARY, ProQuest, ELSEVER, IEEE Xlopre, ResearchGate и других научных баз, опубликованные за последние 20 лет и касающиеся исследования метода анализа частотных характеристик. При интерпретации результатов измерений, полученных на работающих силовых трансформаторах, методом анализа частотных характеристик эффекта построены графики и рассмотрены вопросы использования числовых показателей. В то время как стандартные схемы подключения, используемые для испытаний методом анализа частотных характеристик, включают схему разомкнутой цепи от начала до конца в отношении радиальной деформации, замыкания обмоток и потерь на позиционирование сердечника, схема межосевой ёмкости имеет высокий уровень точности при обнаружении повреждений осевой деформации, искривления проводника и искривления осевого диска. Эта исследовательская работа станет полезным ресурсом для будущих научных исследований по выявлению и диагностике механических повреждений силового трансформатора.

English

This article analyzes the methods of interpretation of measurement results obtained as a result of diagnostics of power transformers by the method of amplitude-frequency response. The interpretation of the obtained results reveals numerical indices, their essence and indicates which numerical indices give a higher result at which deformations. Experimental and analytical data and articles from Google Academic, eLIBRARY, ProQuest, ELSEVER, IEEE Xlopre, ResearchGate and other scientific bases published in the last 20 years and related to the study of the frequency response analysis method were used for data collection. In interpreting measurement results obtained on operating power transformers, the frequency response analysis method of effect is plotted and the use of numerical indicators is discussed. While standard wiring schemes used for frequency response analysis method tests include an open circuit scheme from start to finish with respect to radial strain, winding shorting, and core positioning losses, the inter-axial capacitance scheme has a high level of accuracy in detecting axial strain damage, conductor warpage, and axial disk warpage. This research work will be a useful resource for future research work on detection and diagnosis of mechanical damage in power transformer.

Имя автора Должность Наименование организации
1 Toychiyev Z.Z. texnika fanlari bo‘yicha falsafa doktori (PhD) Islom Karimov nomidagi Toshkent davlat texnika universiteti Qo‘qon filiali
2 Abdullayev A.A. tayanch doktorant Farg‘ona politexnika instituti
Название ссылки
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