This work is aimed at developing electromagnetic modeling techniques to enable researchers to predict the behaviors of substation grounding system to lightning strikes using a 1-D transmission-line model. Several simulations have been done using 1-D TLM algorithm with two different injection impulses for comparison purpose. The method has been validated by contrasting with an algorithm based on a distributed model of an electrode where a good agreement was found. And, it is important for the selection of allowable one segment length of the 1-D transmission-line model to be less than 20% of its total length to produce reliable and accurate results of the transient responses
When performing insulation coordination studies, grounding electrodes of substations are frequently ...
In order to achieve better lightning protection and electromagnetic compatibility (EMC) requirements...
The paper proposes a modeling technique to analyze the response of a transmission line terminated by...
This work is aimed at developing electromagnetic modeling techniques to enable researchers to predi...
This paper presents simple models that can be computed in seconds and give a good estimate of EMC pr...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
A new approach to lightning transient studies including complex grounding grids is presented in this...
Este trabalho apresenta uma análise computacional usando a técnica numérica TLM (Transmission Line M...
To achieve electromagnetic compatibility (EMC) and sufficient protection against lighting transients...
The purpose of this paper is to present a method to model earthing systems subjected to lightning st...
This research offers new functions for unveiling the appropriate time-domain model of ground systems...
The purpose for this paper is to determine the effective burial depth for a single long horizontal g...
In large substations, many lightning rods are installed on multi-grounded frames. The lightning rods...
The paper presents some numerical studies aiming at investigating the effect of different grounding ...
This document presents the work done for the Belgian railway operator Infrabel with respect to the m...
When performing insulation coordination studies, grounding electrodes of substations are frequently ...
In order to achieve better lightning protection and electromagnetic compatibility (EMC) requirements...
The paper proposes a modeling technique to analyze the response of a transmission line terminated by...
This work is aimed at developing electromagnetic modeling techniques to enable researchers to predi...
This paper presents simple models that can be computed in seconds and give a good estimate of EMC pr...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
A new approach to lightning transient studies including complex grounding grids is presented in this...
Este trabalho apresenta uma análise computacional usando a técnica numérica TLM (Transmission Line M...
To achieve electromagnetic compatibility (EMC) and sufficient protection against lighting transients...
The purpose of this paper is to present a method to model earthing systems subjected to lightning st...
This research offers new functions for unveiling the appropriate time-domain model of ground systems...
The purpose for this paper is to determine the effective burial depth for a single long horizontal g...
In large substations, many lightning rods are installed on multi-grounded frames. The lightning rods...
The paper presents some numerical studies aiming at investigating the effect of different grounding ...
This document presents the work done for the Belgian railway operator Infrabel with respect to the m...
When performing insulation coordination studies, grounding electrodes of substations are frequently ...
In order to achieve better lightning protection and electromagnetic compatibility (EMC) requirements...
The paper proposes a modeling technique to analyze the response of a transmission line terminated by...