logo
calendar26 Fevral 2024
view25
Main language:Uzbek

HAVO ELEKTR UZATISH LINIYALARINI BAHOLASHDA MONITORING O’TKAZISH

Field of Science:
pdf

65dc1df8cce6d.pdf

PDF

Muhandislik sohasidagi ilg’or texnologiyalar

Muhandislik sohasidagi ilg’or texnologiyalar

Publish Articlesee more

ARTICLE ANNOTATION

quote
Energy losses during transmission through overhead power grids are quite high. Power is lost both in equipment that provides energy conversion and in long wired lines. The losses of electricity in the wires depend on the strength of the current, therefore, when transmitting it over long distances, the voltage is increased using transformers, reducing the strength of the current by the same amount, which, when transmitting the same power, can significantly reduce losses. However, as the voltage increases, various discharge phenomena begin to occur, which also contribute to the losses. The equipment installed at the nodal stations for the redistribution of electricity makes it possible to control energy flows and their parameters, as well as to assess losses and quality of electricity.

AUTHORS

A.Tovbayev

NDKTU

I.Tog'ayev

NDKTU

Tags

# эффективность# efficiency# samaradorlik# потери энергии# energy losses# Elektr energiyasining transporti# energiyani rostlash# energiyani ishonchli uzatish# energiya isrofi# Транспортировка электроэнергии# преобразования энергии# надежность передачи энергии# Electricity transportation# energy conversion# reliability of energy transmissi

OTHER ARTICLES IN THIS JOURNAL

Rate Article

0
0 ratings
5
4
3
2
1

Article Identifiers

ROI:

https://eroi.uz/11.0178/A0224-0010

DOI:

Not Available

References

Костиков И. Система мониторинга CAT-1 повышение пропускной способности и надежности в ЛЭП Энергетика. 2011. № 3 (38)

Самарин А. В., Рыгалин Д. Б., Шкляев А. А. Современные технологии мониторинга воздушных электросетей ЛЭП // Естественные и технические науки. 2012. № 1, 2.

Диагностика, реконструкция и эксплуатация воздушных линий электропередачи в гололедных районах: учеб. пособие / И.И.Левченко, А.С. Засыпкин, А.А. Аллилуев, Е.И. Сацук. М.: Издательский дом МЭИ, 2007. С. 448.

Ibadullaev, M., Tovbaev, A.N., Еsеnbekov А.К. Self-oscillations at the frequency of subharmonics in nonlinear electric chains and systems// International Scientific Conference “Construction and Architecture: Theory and Practice for the Innovation Development” (CATPID-2019). Scopus: E3S Web of Conferences Volume 138 2019

Savina N. V., Myasoedov yu. V. Tarqatish elektr tarmoqlarining ishlashida elektr energiyasini yo'qotish bo'yicha tizimli tadqiqotlar // IrGTU Vestnik. 2012. № 1 (60). С. 142–148.

Tovbоyev A.N., Rakhmonov I U., Nematov L.A., Alibekova.. T.Sh., Development of forecasted values of specific norms for the issues of produced products in industrial enterprises//СКОПУС: ICMSIT 2020 Journal of Physics: Conference Series 1515 2020 рр.1-6

Tovboyev A.N., Ibadullayev M.I., Murodov H.Sh., Narzullayev B.Sh. Yuqori kuchlanishli elektr tarmoq va tizimlarida subgarmonik ferrorezonanc. «Uzbekiston konchilik xabarnomasi» ilmiy-texnik va ishlab chiqarish jurnali – Navoi, 2020. – №4 (83). – S.110-113

Ibadullaev, M., Tovbaev, A.N. Research of Ferropesonance Oscillations at the Frequency of Subharmonics in Three-Phase Non-Linear Electric Circuits and Systems// Rudenko International Conference on Methodological Problems in Reliability Study of Large Energy Systems, RSES 2020; Kazan; Russian Federation; 21-26 September 2020. Scopus: E3S Web of Conferences Volume 216, 14 December 2020,

Zhelezko Yu. S. Elektr tarmoqlarida elektr yo'qotishlarini normallashtirish tamoyillari va hisoblash dasturlari. – Elektricheskiye stansii, 2010. №9. – С. 33-38.

Belenov A.T., Kharchenko V.V., Rakitov S.A., Daus Y.V., Yudaev I.V. The experience of operation of the solar power plant on the roof of the administrative building in the town of Kamyshin, Volgograd oblast, Applied Solar Energy, 2016, Vol. 52, No. 2, pp. 105–108.