This comprehensive review paper provides a thorough examination of current
advancements and research in the field of arc fault detection for electrical distribution …

The similarity between arc fault current waveforms and nonlinear load currents can lead to
misjudgments in arc fault identification methods that rely on arc current. In response to this …

Oil-immersed transformers are expensive equipment in the electrical system, and their
failure would lead to widespread blackouts and catastrophic economic losses. In this work …

In the context of the Fourth Industrial Revolution, the integration of various fields with artificial
intelligence will be accelerated, including in-situ testing instruments field. In this study, a …

The detection of series arc faults is crucial due to the potential safety hazards caused by
cable aging and breakage. This paper proposes an arc fault detection framework that …

Electrical and fast imaging measurements are performed on an experimental device
designed to study the dynamics of electric arcs in the DC regime. The work presented here …

Abstract The Intelligent Power Module (IPM) has the integrated packaging, leading to the
advantages of convenient use, safety and reliability. However, once it fails, it will cause the …

In low voltage distribution systems, series arc fault current is small and hidden, and
traditional circuit protection devices cannot effectively identify it. To address this problem, a …

The complex electrical environment makes it difficult for most arc detectors on the market to
accurately detect faulty arcs. A universal fault arc detection method based on machine …

Amidst the rapid advancement of the smart grid and expanding power system scale, line
losses have emerged as a critical concern. This paper introduces a dual-channel model for …