[[abstract]]High impedance faults on the multigrounded three-phase four-wire primary distribution system cannot be detected effectively by existing overcurrent sensing devices. This paper summarizes some of the staged fault test results of different detection methods applied to the Taipower primary distribution system. The methods include the wiring modification of the ground overcurrent relay, the ground product relay, the ratio ground relay and the harmonic current approach. The test results are reported and discussed for the purpose of providing a practical evaluation of high impedance fault detection.[[fileno]]2030164010028[[department]]電機工程學
[Abstract]: Single Wire Earth Return (S.W.E.R) Distribution networks were installed by Electrical Di...
High-impedance faults (HIFs) on distribution feeders are abnormal electrical conditions that cannot ...
Most of High-impedance faults (HIFs) occur due to broken conductors falling on high-resistivity dese...
ABSTRACT: A high impedance fault (HIF) results when an energized primary conductor comes in contact ...
High Impedance Faults (HIF) on distribution feeders are defined as abnormal electrical conditions th...
High Impedance Faults (HIFs) in electrical distribution systems generally present serious public saf...
Abstract—An effective power system protection scheme has to be able to detect and locate all occurri...
Safety and reliability are two of the most important aspects of electric power supply systems. Sensi...
High Impedance Faults (HIFs) are undetectable by conventional protection technology under certaincon...
<p>In very distribution system, physical contact between conductors of a phase and substances around...
Presently, when a high impedance earth fault occurs that is not isolated by protection systems, Ener...
Abstract—Occurrence of high impedance faults (HIFs) in rural overhead power distribution networks ma...
High Impedance Fault (HIF) detection is increasingly present in the concerns of distribution network...
Low voltage distribution network should be highly reliable with excellent security. For overhead fee...
A literature survey indicated that high impedance fault (HIF) detection methods employ simulation te...
[Abstract]: Single Wire Earth Return (S.W.E.R) Distribution networks were installed by Electrical Di...
High-impedance faults (HIFs) on distribution feeders are abnormal electrical conditions that cannot ...
Most of High-impedance faults (HIFs) occur due to broken conductors falling on high-resistivity dese...
ABSTRACT: A high impedance fault (HIF) results when an energized primary conductor comes in contact ...
High Impedance Faults (HIF) on distribution feeders are defined as abnormal electrical conditions th...
High Impedance Faults (HIFs) in electrical distribution systems generally present serious public saf...
Abstract—An effective power system protection scheme has to be able to detect and locate all occurri...
Safety and reliability are two of the most important aspects of electric power supply systems. Sensi...
High Impedance Faults (HIFs) are undetectable by conventional protection technology under certaincon...
<p>In very distribution system, physical contact between conductors of a phase and substances around...
Presently, when a high impedance earth fault occurs that is not isolated by protection systems, Ener...
Abstract—Occurrence of high impedance faults (HIFs) in rural overhead power distribution networks ma...
High Impedance Fault (HIF) detection is increasingly present in the concerns of distribution network...
Low voltage distribution network should be highly reliable with excellent security. For overhead fee...
A literature survey indicated that high impedance fault (HIF) detection methods employ simulation te...
[Abstract]: Single Wire Earth Return (S.W.E.R) Distribution networks were installed by Electrical Di...
High-impedance faults (HIFs) on distribution feeders are abnormal electrical conditions that cannot ...
Most of High-impedance faults (HIFs) occur due to broken conductors falling on high-resistivity dese...