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Electrical arc is a stochastic process; witch is the principal cause of power quality problems, including voltages dips, harmonic distortion, unbalance loads and flicker. So it is difficult to make an appropriate model for an EAF. The factors that effect EAF operation are the melting or refining materials, melting stage, electrode position (arc length), electrode arm control and short circuit power of the feeder. So arc voltages, current and power are defined as a nonlinear function of the arc length. In this article we propose our own empirical function of the EAF and model for the mean stages of the melting process. This study is important, because improvement of Electric Arc means high productivity (in tons/year) and lowest possible costs arising form energy consumption, electrode and refractory wear.

Item Type	Journal
Divisions	» Laboratory of Electrical Engineering,Electronic and Renewable Energy
ePrint ID	425
Date Deposited	2015-10-04
Further Information	Google Scholar
URI	https://univ-soukahras.dz/en/publication/article/425

@article{uniusa425,
    title={MODELLING AND PARAMETRICAL APPROXIMATION OF AN ELECTRIC ARC FURNACE OF STEELMAKING},
    author={Yacine DJEGHADER, Hocine LABAR and Kamel BOUNAYA},
    journal={Journal of Electrical Engineering (JEE):}
    year={2009},
    volume={9},
    number={3},
    pages={25-30.},
    publisher={}
}