INDUSTRIAL OPERATION OF A CONTROLLABLE THREE-PHASE SHUNTING REACTOR (110 kV, 25,000 kV·A) AT THE PERMENERGO KUDYMKAR SUBSTATION

A. G. Dolgopolov; S. G. Dolgopolov; A. I. Zaitsev; V. P. Shipitsin

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INDUSTRIAL OPERATION OF A CONTROLLABLE THREE-PHASE SHUNTING REACTOR (110 kV, 25,000 kV·A) AT THE PERMENERGO KUDYMKAR SUBSTATION

机译：PERMENERGO KUDYMKAR变电站的可控三相并联电抗器（110 kV，25,000 kV·A）的工业运行

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摘要

Three years' industrial operation of a prototype shunting reactor controlled by bias magnetization (110 kV, 25,000 kV·A) at the Permenergo Kudymkar substation is described. The basic design features and functional capabilities of these reactors are discussed.

机译：描述了在Permenergo Kudymkar变电站中由偏磁化控制的分流电抗器原型的三年工业运行（110 kV，25,000 kV·A）。讨论了这些反应堆的基本设计特征和功能。

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来源
《Russian electrical engineering》 |2003年第1期|p.29-34|共6页
作者
A. G. Dolgopolov; S. G. Dolgopolov; A. I. Zaitsev; V. P. Shipitsin;
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作者单位

Tol'yatti Scientific-Research Center of Controllable Electrical Engineering Systems, V. I. Lenin All-Russian Electrical-Engineering Institute;

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收录信息美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类电工技术;
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1. THREE-PHASE CONTROLLABLE SHUNTING REACTOR (100 MV·A, 220 kV) AT THE SIBERIAN CHITA SUBSTATION [J] . A. M. Bryantsev, A. G. Dolgopolov, A. I. Lure, Russian electrical engineering . 2003,第1期

机译：西伯利亚奇塔变电站的三相可控短路反应器（100 MV·A，220 kV）
2. THE RESULTS OF SYSTEMS TESTS OF THE 500 kV BUSBAR CONTROLLABLE SHUNTING REACTOR IN THE TAVRICHESKAYA SUBSTATION [J] . S. I. Gusev, V. N. Karpov, A. N. Kiselev, Power technology and engineering . 2009,第5期

机译：TAVRICHESKAYA变电站500 kV球形可控短路反应器系统测试结果。
3. 230 kV Operation of a Substation Designed for 115 kV by Controlling Voltage Transients [J] . Lannes W. J., Cheramie W. J., Priest K. W., Power Engineering Review, IEEE . 1984,第9期

机译：通过控制电压瞬变为115 kV设计的变电站的230 kV运行
4. Power compensators based on magnetically controlled shunt reactors in electric networks with a voltage between 110 kV and 500 kV [C] . Bryantsev A., Bryantsev M., Bazylev B., 2010 IEEE/PES Transmission and Distribution Conference and Exposition: Latin America . 2010

机译：电网中基于磁控并联电抗器的功率补偿器，电压在110 kV和500 kV之间
5. Touch and step potential analysis at 23.9kV to 4.16kV & 13.8kV to 4.16kV distribution substations with pad-mounted transformers, floating grounds, and other exposed ungrounded metal bodies using WinIGS [D] . Guzman, David G. 2016

机译：使用WinIGS在23.9kV至4.16kV和13.8kV至4.16kV配电变电站中进行触摸和阶跃电位分析，这些变电站带有垫装式变压器，浮地和其他裸露的不接地金属体
6. Occupational exposure to electric and magnetic fields during tasks at ground or floor level at 110 kV substations in Finland [O] . Leena Korpinen, Rauno Pääkkönen -1

机译：芬兰110 kV变电站地面或地面水平作业期间的职业性电磁场暴露
7. Steady state and short-circuit conditions within E.ON 110 kV power network at parallel operation of nodal areas of Čebín substation and Sokolnice substation [O] . Múdry Peter 2013

机译：Čebín变电站和Sokolnice变电站节点区域并行运行时，E.ON 110 kV电网中的稳态和短路状况
8. Advanced Concepts for a 1200-KV Shunt Reactor. Volume I. Exploration of New Concepts for Inductive Shunt Reactor Designs for Integration into a 1200-KV Gas Insulated Substation. Final Report [R] . Blumstein, C., York, C. M., Kemp, W. 1981

机译：1200千伏并联电抗器的先进理念。第一卷探索集成到1200千伏气体绝缘变电站的感应并联电抗器设计的新概念。总结报告

INDUSTRIAL OPERATION OF A CONTROLLABLE THREE-PHASE SHUNTING REACTOR (110 kV, 25,000 kV·A) AT THE PERMENERGO KUDYMKAR SUBSTATION

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