The results showed that RBF NN can distinguish magnetizing inrush currents from internal fault currents correctly.
结果表明：RBF神经网络可以正确地区分励磁涌流和短路电流。
As the power systems expand, the fault currents would be increase to exceed the instantaneous capacity and the interrupting capabilities of the existing circuit breakers.
电力系统的容量和短路电流越来越大，相应的对系统的稳定性和断路器的开断能力等提出了更高的要求。
Since our current boxes could also produce other small fault currents, we need this information so turn off the circuit breaker (RCD) not for any small variation of the flow.
由于我们目前的箱子也可能产生其他小故障电流，我们需要此信息，以便关闭断路器（RCD）没有任何流动的小变化。
A new method, based on the analysis of frequency spectrum of instantaneous power, for the discrimination between internal fault currents and inrush currents in transformer is proposed.
在分析瞬时功率频谱特性的基础上，提出了一种基于瞬时功率的变压器励磁涌流和内部故障电流识别新方法。
In case a single fault occurs on a power feeder, the fault section must be between two adjacent switches, and the FTU information about fault currents passing through these switches must be different.
通过分析配电网馈线单一故障情况下，其故障点必位于两个相邻的开关之间。有故障电流和没有故障电流流过的开关，其FTU所采集的信息不相同。
SPICE experiments were done to simulate the dynamic currents of both the fault circuits and fault free circuits under the function of testing pairs.
对于这些测试向量对，通过SPICE软件模拟了故障电路和无故障电路在测试向量对作用下的动态电流。
The phase and the size of all branch currents of the 13,104 kinds of fault of short circuit were calculated thoroughly thorough " mufti - bop analysis ".
应用“多回路分析法”深入、详尽地计算了13 104种短路故障的全部分支电流的大小和相位。
After an evolved fault occurred, the fault superimposed components can be calculated through subtracting the solved load currents from the currents at the measuring point.
发生发展性故障后，利用保护安装处的全电流减去求得的支路电流得到发展性故障后的故障分量电流。
Maximum system security and immediate ground fault detection helps avoids nuisance tripping due to charging currents.
最高的系统安全性和接地故障检测有助于避免由充电电流造成的跳闸。
By comparing the average transient power supply currents, we could distinguish a fault circuit from a fault free circuit.
通过比较两者平均动态电流的大小，我们能够区分出故障电路和无故障电路。
Using post fault voltages and currents from the two terminals, a novel method for fault location based on transmission line's equivalent sequence networks is proposed in this paper.
利用输电线路两端的故障电压、电流量，提出了一种基于输电线路等效序网的故障测距方法。
Using post fault voltages and currents from the two terminals, a novel method for fault location based on transmission line's equivalent sequence networks is proposed in this paper.
利用输电线路两端的故障电压、电流量，提出了一种基于输电线路等效序网的故障测距方法。
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