Study of the Compensating Ability of Synchronous Motors in the Power Supply System of a Metallurgical Enterprise

Корнилов, Г. П.; Abdulveleev, Ildar R.; Khramshin, Timur R.; Николаев, А. А.

doi:10.1109/icieam48468.2020.9112039

Cited by 3 publications

(2 citation statements)

References 20 publications

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“…Ручное дросселирование задвижкой. Существенным резервом повышения энергетической эффективности ПЭН является замена ручного регулирования подачи воды на автоматическое за счет применения преобразователей частоты (ПЧ) [5][6][7][8][9][10].…”

Section: введение unclassified

Improving the Energy Effi-ciency of Industrial Power Plants at Metallurgical Enterprises

Корнилов¹,

Gazizova²,

Abdulveleev³

et al. 2022

ESC

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Section: введение unclassified

Improving the Energy Effi-ciency of Industrial Power Plants at Metallurgical Enterprises

Корнилов¹,

Gazizova²,

Abdulveleev³

et al. 2022

ESC

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“…Исследование переходных процессов энергетических систем рассмотрено в работе [18,19], анализ причин провалов напряжения и их влияния на энергосистему и подключенное к ней оборудование, влияния пусков мощных двигателей на энергосистему произведен в работе [20].…”

Section: Introductionunclassified

Investigation of Ways to Reduce the Inrush Current when Starting High-Voltage Motors

2021

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The operation of high-power industrial electrical installations, particularly in metallurgy and the oil and gas industry, is associated with complex technological processes that require increased attention to the equipment used, as such equipment is used in complex and dangerous production conditions and in continuous operation facilities. High-voltage air and gas compressors are objects with increased electrical energy consumption and have significant starting currents. These circumstances affect both the shape of the supply voltage and the state of the energy system in general. Currently, the development of methods for limiting inrush currents is an urgent task for objects used in industrial enterprises. Introducing a compressor into the technological process is sometimes requires prior coordination of its start with the equipment in operation, especially that with a high power consumption. The paper studies the existing control system as well as ways to upgrade the system to improve its energy performance.

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Improving Stability of TPP Load Center by Optimization of Startup Modes of Synchronous Motors

Abdulveleev

Корнилов

Gazizova

2022

2022 International Conference on Industrial Engineering, Applications and Manufacturing (ICIEAM)

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Study of the Compensating Ability of Synchronous Motors in the Power Supply System of a Metallurgical Enterprise

Cited by 3 publications

References 20 publications

Improving the Energy Effi-ciency of Industrial Power Plants at Metallurgical Enterprises

Improving the Energy Effi-ciency of Industrial Power Plants at Metallurgical Enterprises

Investigation of Ways to Reduce the Inrush Current when Starting High-Voltage Motors

Improving Stability of TPP Load Center by Optimization of Startup Modes of Synchronous Motors

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