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A Systematic Approach for Optimal Design of SVC Controller to Reduce the Disturbances in Electric Arc Furnace using Generic Algorithm

机译:一种使用通用算法减少电弧炉中扰动的系统方法

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Static Var Compensator (SVC) is one of FACTS devices which is used in power systems in order to have a better voltage quality. The fluctuations of voltage and current of the grid connected to electric arc furnace causes power quality problems in the network. SVC, as a fast reactive power control equipment, plays an important role in improving the voltage profile and the transient dynamics of the system arising from the nature of the arc. In this paper the effect of implementing SVC in Mobarakeh Steel Company, for mitigating the voltage transient of power system which is connected to an electric arc furnace, is studied. Then the coefficients of the SVC PI controller are optimized using genetic algorithm and the simulation results are presented.
机译:静态VAR补偿器(SVC)是电力系统中使用的事实设备之一,以具有更好的电压质量。 连接到电弧炉的电流电压和电流的波动导致网络中的电力质量问题。 作为快速无功功率控制设备的SVC在提高电压曲线和来自弧形的性质引起的系统的瞬态动态方面起着重要作用。 本文研究了Mobarakeh钢铁公司实施SVC的效果,用于减轻连接到电弧炉的电力系统的电压瞬态。 然后,使用遗传算法优化SVC PI控制器的系数,并呈现仿真结果。

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