首页> 外文会议>International Conference on Power Engineering Computing and Control >1st International Conference on Power Engineering, Computing and CONtrol, PECCON-2017, 2-4 March 2017, VIT University, Chennai Campus Multi verse optimization (MVO) technique based voltage stability analysis through continuation power flow in IEEE 57 bus
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1st International Conference on Power Engineering, Computing and CONtrol, PECCON-2017, 2-4 March 2017, VIT University, Chennai Campus Multi verse optimization (MVO) technique based voltage stability analysis through continuation power flow in IEEE 57 bus

机译:第一国际电力工程,计算和控制国际会议,2017年3月2日至4日,韦奈校区,钦奈校园多韵优化(MVO)技术基于IEEE 57总线的持续电流基于电压稳定性分析

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摘要

Voltage stability analysis of multi machine system is evaluated through continuation power flow (CPF) in this paper. The performance study of SVC is accomplishd in IEEE 57 bus test system for the enrichment of voltage stability through Power System Analysis tool box (PSAT).When the system undergoes unexpected over loading, it might be voltage collapse. The voltage collapse is main issue which can be a serious result of voltage instability. So the stability is affected. It needs compensation to improve the stability from the disturbances. Here the system is analyzed by CPF to improve the stability. Various operating conditions like without SVC and with SVC tuned by MVO are used to estimate the performance of the proposed procedure. The results show that the system with SVC tuned by MVO gets more flexibility in load side and gives stability than the system without SVC.
机译:通过本文的持续功率流(CPF)评估多机系统的电压稳定性分析。 SVC的性能研究在IEEE 57总线测试系统中完成了通过电力系统分析工具盒(PSAT)富集电压稳定性的富集。当系统发生意外时,它可能是电压崩溃。电压崩溃是主要问题,这可能是电压不稳定的严重结果。所以稳定受到影响。它需要补偿以提高干扰的稳定性。这里通过CPF分析系统以提高稳定性。使用SVC和MVO调谐的各种操作条件,用于估计所提出的程序的性能。结果表明,MVO调谐的SVC系统在负载侧的灵活性并提供比没有SVC的系统的稳定性。

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