In this paper, the influence of lightning induced voltages (LIV) on distribution lines (DL) is considered and the effects of channel and also geometrical parameters on the values of LIV are processed and the results are discussed accordingly. The results show that the peak values LIV are more dependent on the current peak, return stroke velocity and the conductor height with a linear relationship. Therefore, in order to design or improve distribution networks, the behaviour of LIV under different channel and geometrical conditions can be useful for setting and optimizing the appropriate protection level on the lines
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
This paper analyses the magnitudes of induced voltages and their waveshapes due to different compone...
Distribution lines located in areas with high ground flash densities are prone to lightning-caused p...
This paper investigates the effect of design parameters on the induced voltages on a distribution po...
Cloud to ground discharge lightning is the most common type of lightning discharge to the ground. It...
This paper investigates the effect of design parameters on the induced voltages on a distribution po...
In this paper, lightning induced voltages on a distribution line associated with a lightning channel...
This paper investigates the influence of inclined lightning channel on induced voltage on the line. ...
Considering the performance of insulators versus lightning effects is an important issue for insulat...
none1noMost of the work on lightning-induced voltages makes reference to single or multi-conductor l...
In this paper, an algorithm had been proposed to evaluate the lightning current parameters using mea...
Lighting is a natural phenomenon and can affect the performance of the power lines in two different ...
The lightning return stroke channel current modelling is one of the most discussed topics in Electro...
The lightning induced voltages in a transmission line need the knowledge of many parameters such as ...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
This paper analyses the magnitudes of induced voltages and their waveshapes due to different compone...
Distribution lines located in areas with high ground flash densities are prone to lightning-caused p...
This paper investigates the effect of design parameters on the induced voltages on a distribution po...
Cloud to ground discharge lightning is the most common type of lightning discharge to the ground. It...
This paper investigates the effect of design parameters on the induced voltages on a distribution po...
In this paper, lightning induced voltages on a distribution line associated with a lightning channel...
This paper investigates the influence of inclined lightning channel on induced voltage on the line. ...
Considering the performance of insulators versus lightning effects is an important issue for insulat...
none1noMost of the work on lightning-induced voltages makes reference to single or multi-conductor l...
In this paper, an algorithm had been proposed to evaluate the lightning current parameters using mea...
Lighting is a natural phenomenon and can affect the performance of the power lines in two different ...
The lightning return stroke channel current modelling is one of the most discussed topics in Electro...
The lightning induced voltages in a transmission line need the knowledge of many parameters such as ...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
The paper discusses a modeling procedure that permits calculation of lightning-induced voltages on o...
This paper analyses the magnitudes of induced voltages and their waveshapes due to different compone...
Distribution lines located in areas with high ground flash densities are prone to lightning-caused p...