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Static voltage stability enhancement using FACTS controller

机译:使用FACTS控制器增强静态电压稳定性

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摘要

The modern day power system is faced with challenges of voltage instability and has become a great concern to the power system industries. In this work, we proposed a technique of the Network structural Characteristics Participation Factor (NSCPF) to identify the most critical node where reactive power compensator can be placed for voltage stability enhancement. The approach is based on the use of eigenvalue decomposition technique on the submatrix of the partitioned bus admittance matrix. Conventional power flow based approach of voltage stability index (L-Index) and the modal analysis methods are used as benchmarks to the proposed approach to determine its effectiveness. The STATCOM FACTS controller is in turn installed at the critical bus as identified by both techniques. Simulation results obtained show that, the suggested approach saves time and is more advantageous in identifying the suitable bus for the placement of STATCOM.
机译:现代电力系统面临电压不稳定的挑战,并已成为电力系统行业的高度关注。在这项工作中,我们提出了一种网络结构特征参与因子(NSCPF)的技术,以识别可以放置无功功率补偿器以提高电压稳定性的最关键节点。该方法基于在分割总线导纳矩阵的子矩阵上使用特征值分解技术。基于常规潮流的电压稳定指数(L-Index)方法和模态分析方法被用作确定该方法有效性的基准。 STATCOM FACTS控制器依次安装在两种技术都确定的关键总线上。获得的仿真结果表明,所建议的方法节省了时间,并且在确定用于STATCOM放置的合适总线方面更具优势。

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