Lightning represents one of the most critical issues for electrical infrastructure. In dealing
with overhead distribution line systems, indirect lightning strikes can lead to induced …

The assessment of the indirect lightning performance of overhead distribution lines is
important to enhance the reliability of power systems. This article proposes an approximate …

This article presents a coordination strategy for microgrids by proposing dynamic actions for
efficient energy management during a thunderstorm to mitigate the associated risk. The …

Electromagnetic interference (EMI) evaluation necessitates a crucial first step:
electromagnetic (EM) coupling analysis. The field-to-line coupling problem requires a self …

This paper introduces a novel machine learning (ML) model for the lightning performance
analysis of overhead distribution lines (OHLs), which facilitates a data-centrist and statistical …

In this article, we present an artificial neural network-based method to compute the peak
lightning-induced overvoltages for the first and the subsequent strokes, respectively. The …

The modeling of a lightning return stroke is the most widely discussed topic in the domain of
electromagnetic compatibility. In this article, we present a comparative analysis of various …