Aiming at the difficulty of single-phase grounding fault line selection in a small current
grounding system, a distribution network fault line selection method based on modified …

In this article, a novel approach based on the complete ensemble empirical mode
decomposition with adaptive noise (CEEMDAN) is proposed to solve the problems of …

In bushfire-prone regions, powerline faults, notably single line-to-ground (SLG) faults, are
significant contributors to wildfires. In order to promptly mitigate conflagration risks and …

A flexible grounding system is a system in which the neutral point of the power supply is
grounded via the arc suppression coil in parallel with a low-resistance resistor. When …

This paper presents a new charge similarity approach to accurately detect faulty feeders,
phases and sections in resonant grounded power distribution networks during high …

Reliability and safety are the most important indicators in the electric system. When a ground
fault occurs, the electrical equipment and personnel will be greatly threatened. Due to the …

Earth faults are the most common disturbances in medium voltage networks. They cause
threats to equipment and people, and reduce the quality and reliability of electricity supply …

As the non-solid-earthed network fails, the zero-sequence current of each line is highly non-
stationary, and the noise component is serious. This paper proposes a fault line selection …

Reliable fault line selection technology is crucial for preventing fault range expansion and
ensuring the reliable operation of distribution networks. Modern distribution systems with …

Due to the weak fault characteristics and inaccurate fault line selection during high
impedance faults, this paper proposes a new method for fault line selection in resonant …