The neutral grounding method is one of the crucial technologies used to ensure the safe and
stable operation of distribution networks. With the development of power electronics-based …

In the urban distribution network, due to the wide application of underground cables, the
traditional resonant grounding system has gradually been unable to match the increasing …

Because an electromagnet has a complex structure and manufacturing process, it is difficult
to analyze the overall failure of the electromagnet. In order to solve this problem, a fault …

A fault line selection approach on the basis of modified artificial bee colony optimization
deep neural network (ACB-DNN) is presented to address the difficulties in choosing a fault …

-In urban distribution networks, due to its strong reliability and simple operation, the low-
resistance grounding system has gradually replaced the resonance grounding system …

Different types of faults pose different degrees of threat to the distribution network. Accurate
identification of fault types is essential for distribution network maintenance and hazard …

In a neutral, flexible, grounded distribution network, the phenomenon that a single-phase
ground fault with high impedance connected in parallel with a low resistance can result in a …

The article investigates an analytical method for determining the fault location in 35 kV, 10
kV and 6 kV networks based on thirddegree matrix equations for voltages. The method is …

Given the complex form of distribution line faults, the accuracy of fault location using
traditional artificial intelligence networks needs to be further improved. Here, a combined …

The frequent occurrence of single-phase grounding faults affects the reliable operation of
power systems. When a single-phase grounding fault occurs, it is difficult to accurately …