Effective Methods for Diagnostics of High Voltage Power Transformers of Large Power Plants

Authors

  • A S Kudratillaev

  • R O Rayimov

Abstract

A system for continuous monitoring of the state of insulation and the whole transformer under operating conditions, in addition to standard means for measuring and monitoring the state of transformers, interference-proof high-frequency channels from PIN inputs, from the grounding of the tank and electroacoustic channels for both partial discharges and for detecting mechanical damages, winding displacements, magnetic circuit barriers and other transformer, units that are not detected by other methods, has been developed.

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How to Cite

Effective Methods for Diagnostics of High Voltage Power Transformers of Large Power Plants. (2021). Global Journal of Science Frontier Research, 21(H1), 1-11. https://journalofscience.org/index.php/GJSFR/article/view/2877

References

A Kudratillaev (1988) Methods and devices for monitoring high voltage insulation. 212.

A Kudratillaev, B Sultanov, D Yakubov (1978) Investigation of electro-acoustic characteristics of the PD in transformer isolation // g. (6), 64-68.

A Kudratillaev, D Yakubov, Ussr A device for measuring the amplitude of pulsed signals. 432401.

A Kudratillaev (2018) Development and creation of a continuous diagnostic system for high voltage power transformers directly in the field. Sat reports of the conference "Systems and organization of continuous monitoring of the state. 29-38.

Effective Methods for Diagnostics of High Voltage Power Transformers of Large Power Plants

Published

2021-02-06

How to Cite

Effective Methods for Diagnostics of High Voltage Power Transformers of Large Power Plants. (2021). Global Journal of Science Frontier Research, 21(H1), 1-11. https://journalofscience.org/index.php/GJSFR/article/view/2877