Muhammad Ruswandi Djalal, H. Herman
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引用次数: 1

摘要

潮流研究是确定或计算在正常状态下电网各点存在的电压、电流和功率因数或无功功率,无论是当前的还是未来预期的。根据正常工况分析的结果,得到了31 tonasa母线上的临界电压分布,并以此作为安装电容器的候选电压。从计算结果得到装机容量16.0413 Mvar。从电容安装前和安装后的仿真结果可以看出电压分布和通道损耗的改善。安装前的通道损耗为32,649兆瓦,安装后的通道损耗为31,834兆瓦。对于电压分布,一些总线也看起来更好,在临界条件下比以前的边缘。在之前的总线上,从0.933到0.953043
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Penempatan Kapasitor Shunt Pada Sistem Kelistrikan 150 Kv Sulselrabar
Power flow study is the determination or calculation of the voltage, current and power factor or reactive power that is present at various points in a power grid in the normal state, whether current or expected to occur in the future. From the result of normal condition analysis, it is obtained the critical voltage profile on bus 31 tonasa and used as the candidate for mounting capacitor. From the calculation results obtained capacities installed 16.0413 Mvar. From the simulation results before the installation and after installation of the capacitor visible improvement of voltage profile and channel losses. The channel losses prior to installation are 32,649 MW and after installation of 31,834 MW. For voltage profiles, some buses also look better, than before in critical conditions to be marginal. On the previous bus tonasa 0.933 pu to 0.953043 pu
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