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Minimizing active power losses by incorporating Static Var Compensator (SVC) device into the power system

机译:通过将静态无功补偿器(SVC)装置集成到电源系统中,将有功功率损耗降至最低

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In this paper, minimizing active power losses by incorporating Static Var Compensator (SVC) device into the power system is being investigated. The mentioned investigation is evaluated on the IEEE 24-bus and modified IEEE 24-bus systems. In this paper, modified version of IEEE 24-bus system is realized by connecting 15MW wind farm in node 5 of tested network. The optimal value of reactive power of SVC device and corresponding minimal power system losses are calculated by using program package General Algebraic Modeling System - GAMS. It is shown that the minimal value of the power system losses highly depends on SVC location in both analyzed cases, with or without wind farm in power system.
机译:在本文中,正在研究通过将静态无功补偿器(SVC)装置集成到电源系统中来最大程度地减少有功功率损耗。所提到的调查是在IEEE 24-bus和改进的IEEE 24-bus系统上进行的。本文通过在测试网络的节点5中连接15兆瓦风电场来实现IEEE 24总线系统的修改版本。通过使用程序包“通用代数建模系统-GAMS”,可以计算出SVC设备的无功功率的最佳值和相应的最小功率系统损耗。结果表明,在两种分析情况下,无论有无风电场,电力系统损耗的最小值都取决于SVC的位置。

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