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Develop an on-load Automatic Voltage Regulation System utilizing TRIACs for Power Transformers in the 6-10 kV range

Kobilov MirodilFergana State Technical University,Department of energy engineering,Fergana,UzbekistanBegmatova MukhlisakhonFerghana State UniversityUlmasov JasurFergana State Technical University,Department of energy engineering,Fergana,UzbekistanSaidislomkhon TukhtasinovFergana State Technical University,Department of energy engineering,Fergana,UzbekistanRakhmonov AzizbekFergana State Technical University,Department of energy engineering,Fergana,Uzbekistan
2025
ABI

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Voltage fluctuations in power transmission networks adversely affect not only electrical consumers but also devices, leading to a shorter service life. Therefore, optimizing voltage adjustment processes and enhancing the reliability of power supply systems are pressing concerns. This article outlines the design and implementation of an on-load automatic voltage regulation system using TRIAC technology for single-phase power transformers operating in the $6-10 \mathrm{kV}$ range. It includes a schematic diagram for the contactless voltage adjustment system in a single-phase power transformer. Additionally, an operational algorithm for the device has been developed. In addition, a simulation model of a single-phase power transformer with an automatic voltage adjustment device was developed in MATLAB software for conducting theoretical-experimental studies.

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