DESIGNING OF THYRISTOR CONTROLLED REACTOR (TCR) COMPENSATOR PARAMETER FOR ELECTRIC ARC FURNACES

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TORABIAN ESFAHANI MEHDI; HOOSHMAND RAHMATOLAH

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Journal: JOURNAL OF ELECTRICAL ENGINEERING DEPARTMENT, TRANSACTION ON ELECTRICAL TECHNOLOGY (ELECTRONICS AND POWER) Year:2009 | Volume:1 | Issue:4 Page(s): 53-60

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Information Journal Paper

Title

DESIGNING OF THYRISTOR CONTROLLED REACTOR (TCR) COMPENSATOR PARAMETER FOR ELECTRIC ARC FURNACES

Author(s)

TORABIAN ESFAHANI MEHDI | HOOSHMAND RAHMATOLAH | Issue Writer Certificate

Keywords

ELECTRIC ARC FURNACE (EAF)Q2

HARMONICQ3

FLICKERQ3

TCR COMPENSATORQ3

Abstract

One of the important issues in electric arc furnace (EAF) of the steel industries is the effective compensation of the EAF. In this paper, firstly an optimal design model for the EAF is presented. Then, a thyristor controlled reactor (TCR) is installed in parallel with the TCR. The parameters of the TCR are designed optimally to compensate the reactive power of the EAF. In the proposed method, a hyperbolic-exponential model is considered for the EAF and also a sinusoidal voltage FLICKER with the frequency in the range human vision (between 4-14 Hz) is included. In addition, the presence of the HARMONIC filters with the TCR is discussed. The results of the simulation show that the TCR can compensate the effects sinusoidal voltage FLICKER. Moreover, the results indicate that compared to the other methods, the average time response is about the half period of a cycle.

Cites

THE IMPROVMENT DISTATCOM TO ENHANCE THE QUALITY OF POWER USING FUZZY- NEURAL CONTROLLER

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APA: Copy

TORABIAN ESFAHANI, MEHDI, & HOOSHMAND, RAHMATOLAH. (2009). DESIGNING OF THYRISTOR CONTROLLED REACTOR (TCR) COMPENSATOR PARAMETER FOR ELECTRIC ARC FURNACES. JOURNAL OF ELECTRICAL ENGINEERING DEPARTMENT, TRANSACTION ON ELECTRICAL TECHNOLOGY (ELECTRONICS AND POWER), 1(4), 53-60. SID. https://sid.ir/paper/186472/en

Vancouver: Copy

TORABIAN ESFAHANI MEHDI, HOOSHMAND RAHMATOLAH. DESIGNING OF THYRISTOR CONTROLLED REACTOR (TCR) COMPENSATOR PARAMETER FOR ELECTRIC ARC FURNACES. JOURNAL OF ELECTRICAL ENGINEERING DEPARTMENT, TRANSACTION ON ELECTRICAL TECHNOLOGY (ELECTRONICS AND POWER)[Internet]. 2009;1(4):53-60. Available from: https://sid.ir/paper/186472/en

IEEE: Copy

MEHDI TORABIAN ESFAHANI, and RAHMATOLAH HOOSHMAND, “DESIGNING OF THYRISTOR CONTROLLED REACTOR (TCR) COMPENSATOR PARAMETER FOR ELECTRIC ARC FURNACES,” JOURNAL OF ELECTRICAL ENGINEERING DEPARTMENT, TRANSACTION ON ELECTRICAL TECHNOLOGY (ELECTRONICS AND POWER), vol. 1, no. 4, pp. 53–60, 2009, [Online]. Available: https://sid.ir/paper/186472/en

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