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Power Flow Analysis of Abule-Egba 33-kV Distribution Grid System with real network Simulations

机译:基于真实网络模拟的Abule-Egba 33 kV配电网系统潮流分析

摘要

In order to ascertain that an electric power is economically transferred over the grid system with maximum efficiency and reliability at virtually fixed voltage and frequency to consumers, it becomes imperative to carry out power flow studies. This study presents a model of an electrical distribution grid on a computer system for simulation. Hence the research work models and simulates a distribution grid using the “ETAPS” software. By making a model of the distribution network, the value of real and reactive powers and voltage magnitudes in the whole network can be observed. The simulation results obtained from the existing condition of 33-kV Ota transmission network and the 11/0.415-kV Yusuf and Abule-Iroko injection substations indicate that 15 feeder pillars have low voltage violations. To solve the problem of voltage violations, shunt capacitor compensators were placed at affected locations, resulting in a network with improved voltageprofile
机译:为了确定电能以几乎固定的电压和频率以最大的效率和可靠性在电网系统上经济地传递给用户,必须进行潮流研究。这项研究提出了计算机系统上用于仿真的配电网模型。因此,研究工作使用“ ETAPS”软件对配电网进行建模和仿真。通过建立配电网模型,可以观察到整个配电网的有功功率和无功功率以及电压幅值。从33 kV Ota输电网络以及11 / 0.415 kV Yusuf和Abule-Iroko注入变电站的现有条件获得的仿真结果表明,有15个馈电支柱具有低电压违规。为了解决电压违规问题,将分流电容器补偿器放置在受影响的位置,从而改善了电压分布

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