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Congestion Management based Optimal Sizing of PV System using MultiVerse Optimization Algorithm

机译:基于拥挤管理的光伏系统最佳规模的多版本优化算法

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The Congestion management of multi bus i.e 30 bus system is assessed by optimal sizing of PV system in this research paper. The recitation analysis of PV system has carried out in 30 bus system for the development of power system security through MATPOWER software. When the multi bus system goes an unexpected loading, its stability and security of the system is disturbed. It is required better results, it is required better the security from the disturbance of the areas. Here, the system is monitoring by continuation power flow (CPF), because of to improve the congestion situation of the systems. The various operating conditions like without PV system and with PV system tuned by Multi verse optimization algorithm. It has used to evaluate the performance of the proposed systems. The result shows, the system with PV system properly is tuned by this algorithm. It produces better result than the systems without PV.
机译:本文通过优化光伏系统的规模来评估多总线(即30总线)系统的拥塞管理。光伏系统的朗诵分析已在30总线系统中进行,以通过MATPOWER软件开发电力系统的安全性。当多总线系统发生意外负载时,将破坏其稳定性和系统安全性。要求更好的结果,要求更好的区域干扰的安全性。在这里,由于要改善系统的拥塞状况,因此系统正在通过连续功率流(CPF)进行监视。多种运行条件,如无光伏系统和有光伏系统的多节优化算法进行了调整。它已用于评估建议系统的性能。结果表明,该算法对带有光伏系统的系统进行了适当的调整。它比没有PV的系统产生更好的结果。

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