In this paper, that is an extended version of a work [1] presented at the 2019 International Symposium on Lightning Protection (XV SIPDA), a survey of analytical solutions available in the literature for the evaluation of the lightning-induced voltages in case of both step and linearly rising channel-base currents is presented. Two tools, CiLIV and LIV, based on some of the above mentioned analytical solutions are also presented. Finally, a validation of both analytical solutions and tools is presented
Lightning induced voltage is a major factor that causes interruptions on distribution lines. In this...
This paper proposes a statistical analysis of the lightning-induced voltages on overhead lines in ca...
Power quality issues are fundamental in modern power systems. With reference to the lightning phenom...
In this paper, that is an extended version of a work [1] presented at the 2019 International Symposi...
In this paper the effects of different parameters affecting lightning-induced voltages are analyzed....
in the companion paper (Part I), a new tool for lightning-induced voltage calculations, called CiLIV...
We present CiLIV (Circuit for Lightning Induced Voltage), a new tool for lightning induced voltage c...
We propose a new channel-base current model, which is particularly well suited for lightning-induced...
In this paper, the influence of lightning induced voltages (LIV) on distribution lines (DL) is consi...
in this paper, we present a new tool for lightning-induced voltage calculations. The tool, a circuit...
In this paper, we thoroughly review all analytical solutions (both exact and approximate) presented ...
In this paper, an algorithm had been proposed to evaluate the lightning current parameters using mea...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
This article provides the implementation procedure, the validation, and some considerations on the c...
We present the evaluation of the induced voltages in a lossless single transmission line, located at...
Lightning induced voltage is a major factor that causes interruptions on distribution lines. In this...
This paper proposes a statistical analysis of the lightning-induced voltages on overhead lines in ca...
Power quality issues are fundamental in modern power systems. With reference to the lightning phenom...
In this paper, that is an extended version of a work [1] presented at the 2019 International Symposi...
In this paper the effects of different parameters affecting lightning-induced voltages are analyzed....
in the companion paper (Part I), a new tool for lightning-induced voltage calculations, called CiLIV...
We present CiLIV (Circuit for Lightning Induced Voltage), a new tool for lightning induced voltage c...
We propose a new channel-base current model, which is particularly well suited for lightning-induced...
In this paper, the influence of lightning induced voltages (LIV) on distribution lines (DL) is consi...
in this paper, we present a new tool for lightning-induced voltage calculations. The tool, a circuit...
In this paper, we thoroughly review all analytical solutions (both exact and approximate) presented ...
In this paper, an algorithm had been proposed to evaluate the lightning current parameters using mea...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
This article provides the implementation procedure, the validation, and some considerations on the c...
We present the evaluation of the induced voltages in a lossless single transmission line, located at...
Lightning induced voltage is a major factor that causes interruptions on distribution lines. In this...
This paper proposes a statistical analysis of the lightning-induced voltages on overhead lines in ca...
Power quality issues are fundamental in modern power systems. With reference to the lightning phenom...