The operation and the behaviour of grounding systems are defined by some fundamental
parameters: the rate of change in soil resistivity, the type and the size of grounding systems …

Electrical grounding is an indispensable part of the power system network. The grounding
system is mainly affected by grounding resistance and the nature of the soil. High ground …

Three-phase three-core distribution power cables are widely deployed in power distribution
networks and are continually being extended to address the ever-increasing power demand …

In the present study, field tests were performed using low-resistivity materials (LRMs) in
different grounding system (GS) configurations to reduce the grounding resistance (GR) and …

A general practical method, based on the Finite Element Method modelling and a numerical
analysis of the obtained results, was applied for the calculation of the grounding resistance …

The resistivity of soil or ground is one of the important factors to be considered when
choosing for a suitable grounding spot or area. Problems may occur if the ground area …

Among the important influences on grounding systems are soil resistivities, as well as
climatic changes such as temperature and humidity. Previous scientific research in soil …

The selection of materials to improve the grounding in locations with poor grounding has
been guided by four criteria recommended by the IEC 62561-7. Currently, there are no …

A simple method for analyzing electrical earthing system is presented. The idea behind this
research is to furnish the general public particularly in Ghana to understand the …

Successful and reliable operation of entire power systems depends to a considerable extent
on the appropriate earthing of transmission line towers. In case of unfavorable but …