in this paper, we present a new tool for lightning-induced voltage calculations. The tool, a circuit model which can be integrated into power systems simulators, is based on the theory developed by Andreotti et al. (2001, 2009, 2013). In Part II, the accuracy, stability, and efficiency of the new tool are demonstrated via comparison with other solutions/codes found in the literature and with experimental dat
In this work the electromagnetic emissions caused by a discharge of a lightning have been modeled, c...
Lightning-induced overvoltages have a considerable impact on the power quality of overhead distribut...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
in this paper, we present a new tool for lightning-induced voltage calculations. The tool, a circuit...
We present CiLIV (Circuit for Lightning Induced Voltage), a new tool for lightning induced voltage c...
in the companion paper (Part I), a new tool for lightning-induced voltage calculations, called CiLIV...
We propose a new channel-base current model, which is particularly well suited for lightning-induced...
The protection of power lines from lightning transients is a crucial issue that has involved the eff...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
Abstract- The paper presents a method for calculation of lightning-induced overvoltages (LIO). The m...
Presents an equivalent circuit for a lightning stroke to estimate the magnitude and waveshapes of cu...
The evaluation of electromagnetic transients in overhead power lines due to nearby lightning return ...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
This paper presents an improved equivalent circuit representation for the lightning stroke to estima...
In this work the electromagnetic emissions caused by a discharge of a lightning have been modeled, c...
Lightning-induced overvoltages have a considerable impact on the power quality of overhead distribut...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
in this paper, we present a new tool for lightning-induced voltage calculations. The tool, a circuit...
We present CiLIV (Circuit for Lightning Induced Voltage), a new tool for lightning induced voltage c...
in the companion paper (Part I), a new tool for lightning-induced voltage calculations, called CiLIV...
We propose a new channel-base current model, which is particularly well suited for lightning-induced...
The protection of power lines from lightning transients is a crucial issue that has involved the eff...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
Abstract- The paper presents a method for calculation of lightning-induced overvoltages (LIO). The m...
Presents an equivalent circuit for a lightning stroke to estimate the magnitude and waveshapes of cu...
The evaluation of electromagnetic transients in overhead power lines due to nearby lightning return ...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
This paper presents an improved equivalent circuit representation for the lightning stroke to estima...
In this work the electromagnetic emissions caused by a discharge of a lightning have been modeled, c...
Lightning-induced overvoltages have a considerable impact on the power quality of overhead distribut...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...