INFLUENCE OF THE ARC EFFICIENCY ON THE POWER CONSUMPTION BY DC AND THREE-PHASE AC STEEL-SMELTING ARC FURNACES

A. N. Makarov; M. B. Shimko

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INFLUENCE OF THE ARC EFFICIENCY ON THE POWER CONSUMPTION BY DC AND THREE-PHASE AC STEEL-SMELTING ARC FURNACES

机译：电弧效率对直流和三相交流炼钢电弧炉功率消耗的影响

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摘要

The arc efficiency of three-phase ac and dc steel-smelting arc furnaces with 1-4 electrodes is calculated. It is shown that the arc efficiency of 150-ton dc furnaces is greater than that of three-phase ac furnaces; with increase in the number of electrodes in the dc furnaces, the arc efficiency increases, while the power consumption decreases.

机译：计算了带有1-4个电极的三相交流和直流炼钢电弧炉的电弧效率。结果表明，150吨直流炉的电弧效率要高于三相交流炉。随着直流熔炉中电极数量的增加，电弧效率提高，而功耗降低。

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来源
《Russian electrical engineering》 |2002年第7期|p.71-75|共5页
作者
A. N. Makarov; M. B. Shimko;
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作者单位

Tversk State Technical University;

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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. ARC EFFICIENCY IN THREE-PHASE AND DC STEEL-SMELTING ARC FURNACES [J] . A. N. Makarov, R. A. Makarov, R. M. Zuikov Steel in Translation . 2001,第2期

机译：三相和直流钢熔炉的电弧效率
2. Calculation and Analysis of the Relationship Between the Efficiency and Position of Electric Arcs and Power Consumption in Electric Arc Furnaces (EAF) of Smaller and Larger Capacity. Part I. Calculation and Analysis of the Relationship Between Arc Efficiency and Power Consumption [J] . Makarov A. N. Metallurgist . 2019,第3a4期

机译：电弧效率与电弧炉（EAF）效率和位置与较大容量较大且较大容量的功耗的计算与分析。第一部分。电弧效率与功耗之间关系的计算与分析
3. Calculation and Analysis of the Relationship Between the Efficiency and Position of Electric Arcs and Power Consumption in Electric Arc Furnaces (EAF) of Smaller and Larger Capacity. Part 2. Calculation and Analysis of the Relationship Between Position of Arcs, Walls and Power Consumption [J] . Makarov A. N. Metallurgist . 2019,第5a6期

机译：电弧效率与电弧炉（EAF）效率和位置与较大容量较大且较大容量的功耗的计算与分析。第2.弧形，墙壁和功耗位置关系的计算与分析
4. A comparison study of high power IGBT-based and thyristor-based AC to DC converters in medium power DC arc furnace plants [C] . Naseri Farshid, Samet Haidar 2015 9th International Conference on Compatibility and Power Electronics . 2015

机译：中功率直流电弧炉工厂中基于大功率IGBT和可控硅的AC-DC转换器的比较研究
5. Analysis of the electric arc stability in AC and DC arc furnaces by using a basis transformed state space approach. [D] . Del Rio, Javier Arturo. 1989

机译：通过使用基础变换状态空间方法分析交流和直流电弧炉的电弧稳定性。
6. New Arc Stability Index for Industrial AC Three-Phase Electric Arc Furnaces Based on Acoustic Signals [O] . Juan Guerra-Serrano, Angel Sánchez-Roca, Guillermo González-Yero, 2020

机译：基于声学信号的工业交流三相电弧炉新的新电弧稳定性指标
7. About the Possibility of Power Controlling in the Three-Phase Electric Arc Furnaces Using PSCAD EMTDC Simulation Program [O] . PANOIU, M., PANOIU, C., SORA, I., 2007

机译：利用psCaD EmTDC仿真程序研究三相电弧炉功率控制的可能性
8. PROJECT SM/ac/127 - ELECTRIC ARC FURNACE AUTOMATION BISRA'S APIC CONTROLS ARC FURNACE POWER [R] . L. McGee, A. Metcalf 1961

机译：项目sm / ac / 127 - 电弧炉自动化BIsRa的apIC控制电弧炉电源

INFLUENCE OF THE ARC EFFICIENCY ON THE POWER CONSUMPTION BY DC AND THREE-PHASE AC STEEL-SMELTING ARC FURNACES

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