Typical HVDC tower.

<div><p>HVDC systems with high voltage and direct current are suitable for reducing electricity losses, during transmission over long distances. However, HVDC lines have the highest probability of failure within a system and can be damaged by different faults or lightning strikes. This p...

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Bibliographic Details
Main Author:	Abdelrahman Said (326713) (author)
Other Authors:	Mohamed Galal (20427970) (author), M. A. Abd-Allah (20427973) (author)
Published:	2024
Subjects:	Biotechnology Ecology Cancer Biological Sciences not elsewhere classified severe voltages appear sectail time hits sec front time saudi arabia link reducing electricity losses real &# 177 prevent national disasters cause massive overcurrent approximately 95 %. 50 kalightning stroke 350 &# 956 2 &# 956 transient circuit model lightning strike locations different points along rectifier station due hybrid hvdc tl faults </ p rectifier station hvdc lines transient potential lightning strokes lightning strikes different magnitudes different faults different ac surge arresters potentially damaging paper presents overvoltage distributions long distances highest probability high voltage hazard risks ground faults failure within examined caused electrical production direct current dc pole dc faults cableare examined aided design
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Typical HVDC tower.

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