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Critical Bus Voltage Mapping using ANFIS with regards to Max Reactive Power in PV buses

机译:关于光伏总线中的最大无功功率,使用ANFIS的关键总线电压映射

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The aim of this paper is to apply Adaptive Network based Fuzzy Inference System (ANFIS) on a critical bus, to map the relation between voltage and power load with respect to the maximum reactive power injections into the system. Throughout different reactive power injection scenarios we have different voltage profiles for each bus of the system, therefore it is possible to use ANFIS on data collected for voltage and power load predictions. The ANFIS algorithm is applied to a limited amount of data in order to showcase the benefits of the neuro-fuzzy model while predicting bus voltage with good accuracy. It is important to mention that the voltage prediction is done within a restricted range of power loads, even though voltage reaches its critical point at the maximum load. The academic IEEE 14-bus system is employed with all its limits considered, so the results may be reproduced.
机译:本文的目的是在关键总线上应用基于自适应网络的模糊推理系统(ANFIS),以映射相对于系统中最大无功功率注入的电压和功率负载之间的关系。在不同的无功功率注入场景中,我们对系统的每个总线都有不同的电压曲线,因此可以对收集到的用于电压和功率负载预测的数据使用ANFIS。 ANFIS算法应用于有限的数据量,以展示神经模糊模型的优势,同时以良好的精度预测总线电压。重要的是要提到,即使电压在最大负载下达到其临界点,电压预测仍在功率负载的受限范围内完成。使用学术性的IEEE 14总线系统时要考虑其所有限制,因此可以复制结果。

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