Comparative evaluation of modelling methods for TCSC in optimal power flow studies

S. Sreejith, S. P. Simon, M. Selvan
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引用次数: 6

Abstract

This paper presents a comparative evaluation of optimal power flow analysis incorporating Thyristor controller Series compensator using both variable reactance and firing angle model. In reactance model the TCSC is modeled as a variable reactance and in firing angle model nodal admittance matrix is firing angle dependent, which then incorporated into the existing optimal power flow algorithm. The reactance value of the TCSC is taken as the state variable in the former model and the firing angle is taken as the state variable in the later model. A comparative evaluation is carried out in terms of bus voltage, angle, power flow, active power loss and power generation cost for both variable reactance model and Firing Angle model which is validated on 5 bus test system and IEEE 30 bus test system using Newton's method.
最优潮流研究中TCSC建模方法的比较评价
本文对采用可变电抗和发射角模型的可控硅控制器串联补偿器的最优潮流分析进行了比较评价。在电抗模型中,采用变电抗的方式建立TCSC模型,在发射角模型中,节点导纳矩阵与发射角相关,并将其纳入现有的最优潮流算法中。在前一种模型中以TCSC的电抗值为状态变量,在后一种模型中以发射角为状态变量。采用牛顿法对变电抗模型和发射角模型在母线电压、角度、潮流、有功功率损耗和发电成本等方面进行了对比评价,并在5母线测试系统和IEEE 30母线测试系统上进行了验证。
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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