Power Balance and Control of Transmission Lines Using Static Series Compensator

M. Suliman, M. Emad Farrag
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引用次数: 11

Abstract

Parallel of transmission line system can be utilised for flow the power from a generating units to the load center in a meshed lines of power system grid. Distribution line currents flow in these parallel transmission depends on impedance value of line. Lowest value of impedance will reach maximum rating of transmission earlier than other transmission that in parallel paths and, while other transmission paths are not reached to its maximum rating. In this paper, a modeling and of parallel transmission lines is presented also series compensator SC inserted for regulating the flow power. The adaptive fuzzy logic control scheme is proposed, Takagi-Sugeno TS type is trained off line in this controller. The simulation results of this study show the ability of SC to regulate the flow of power in the controlled transmission between 50 to 100 percent of rated power.
基于静态串联补偿器的输电线路功率平衡与控制
在电力系统电网中,并联输电线路系统可以将发电机组的电力输送到负荷中心。在这些并联输电中,配电线路的电流流动取决于线路的阻抗值。在并联路径中,阻抗的最低值会比其他传输更早达到最大传输额定值,而其他传输路径没有达到其最大传输额定值。本文提出了一种并联输电线路的建模方法,并引入串联补偿器SC来调节流功率。提出了自适应模糊逻辑控制方案,并在该控制器中对Takagi-Sugeno TS型进行离线训练。本研究的仿真结果表明,SC能够在额定功率的50%到100%之间调节受控传输中的功率流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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