AbstractIn distribution network, the single-phase ground fault accounted for 80% of all distribution networks’ fault. How accurately, rapidly to diagnosis faults lines are practical issues that electrical engineers often meet with. The current of small-current system is so little that could be easily affected by the environment changes and the influence parameters of itself. The single method of line selection cannot conform to the requirements. In this paper, the fifth harmonic of zero-sequence current, line's power and energy of the zero-sequence current are used as the fault feature. Based on the three characteristics and BP neural network, the multi-information line selection was operation. The results of simulation indicate that the mu...
The most challenges to electrical power system supply is mainly faults in transmission line and ther...
Abstract- Transmission lines, among the other electrical power system components, suffer from unexpe...
This paper presents a back propagation (BP) neural network method to identify fault types and phases...
AbstractIn distribution network, the single-phase ground fault accounted for 80% of all distribution...
A fault line selection approach on the basis of modified artificial bee colony optimization deep neu...
Abstract Single‐phase to ground fault is the most common line fault in power distribution systems, w...
Aiming at the problem that the effect of the existing fault line selection methods is mainly determi...
In this paper, a new approach combining BP neural network with fuzzy Petri net (FPN) is developed to...
Abstract Faulted line detection is used for locating faults and restoring service after the occurren...
One of the most faults found in the electrical distribution network is a single line to ground fault...
When single-phase arc grounding fault occurs in the neutral ungrounded distribution system, the faul...
The aim of this project was to detect and locate the single ground failure lines that occurs in medi...
In modern power systems, efficient ground fault line selection is crucial for maintaining stability ...
In power distribution technique it is essential to minimize transients, line voltage dips and spikes...
Contemporary power systems are associated with serious issues of faults on high voltage transmission...
The most challenges to electrical power system supply is mainly faults in transmission line and ther...
Abstract- Transmission lines, among the other electrical power system components, suffer from unexpe...
This paper presents a back propagation (BP) neural network method to identify fault types and phases...
AbstractIn distribution network, the single-phase ground fault accounted for 80% of all distribution...
A fault line selection approach on the basis of modified artificial bee colony optimization deep neu...
Abstract Single‐phase to ground fault is the most common line fault in power distribution systems, w...
Aiming at the problem that the effect of the existing fault line selection methods is mainly determi...
In this paper, a new approach combining BP neural network with fuzzy Petri net (FPN) is developed to...
Abstract Faulted line detection is used for locating faults and restoring service after the occurren...
One of the most faults found in the electrical distribution network is a single line to ground fault...
When single-phase arc grounding fault occurs in the neutral ungrounded distribution system, the faul...
The aim of this project was to detect and locate the single ground failure lines that occurs in medi...
In modern power systems, efficient ground fault line selection is crucial for maintaining stability ...
In power distribution technique it is essential to minimize transients, line voltage dips and spikes...
Contemporary power systems are associated with serious issues of faults on high voltage transmission...
The most challenges to electrical power system supply is mainly faults in transmission line and ther...
Abstract- Transmission lines, among the other electrical power system components, suffer from unexpe...
This paper presents a back propagation (BP) neural network method to identify fault types and phases...