The ability of shield wires installed in overhead lines to mitigate lightning-induced
overvoltages has been extensively investigated. Unfortunately, these studies came to …

The use of multi-grounded shield wires constitutes one of the methods that can be applied to
improve the lightning performance of overhead power distribution lines. Although the …

Lightning electromagnetic fields can couple to overhead power transmission and distribution
lines, causing serious effects to the power system. Lightning electromagnetic fields that …

This expanded and updated second edition covers the technologies needed to operate
modern power grids. Initial chapters cover power system modelling, telegrapher equations …

In this paper, we study the effect of overhead shielding wires on the lightning-induced
voltages of two typical multiconductor lines configurations at distances from 50 to 1000 m …

The performance of transmission lines has a significant impact on reliability aspects of the
power supply system of a country. The lightning back flashover effects are recognized as …

A unified description of the time-domain (TD) electromagnetic (EM) field coupling to a
transmission line (TL) that is terminated by arbitrary linear time-invariant loads is presented …

This paper presents an approach for the time domain statistical simulation of field-to-wire
coupling model with uncertain wire position in traverse direction. The parameters of …

Lightning activity is often one of the major causes of voltage transient disturbances and
interruptions in distribution networks. Although important researches have been performed …

Distribution lines located in areas with high ground flash densities are prone to lightning-
caused power interruptions. Lightning overvoltages can be produced on medium-voltage …