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impedanceSoftware
The question of phase selection in effectively earthed network is a complex and difficult problem. The author surveys the methods applied till now and, based on them, he introduces a new way which has high reliability even if the value of the sound phase current or the fault impedance is big, and which exceeds the previous methods in elasticity and reliability
A novel fault phase selector for double-circuit transmission lines is presented. The fault type is d...
The article presents a method for detecting earth faults in a compensated medium-voltage network, wh...
There are four different types of faults which are usually experienced on a transmission line: phase...
The question of phase selection in effectively earthed network is a complex and difficult probl...
Introduction. A significant proportion of earth faults in 6 - 35 kV networks is a transient and shor...
The paper demonstrates improving the reliability of power supply and operating safety of power recei...
In modern electrical power distribution systems, the effective operation of inverter-based arc suppr...
New algorithms have been developed for selective protection against phase-to-earth faults in power s...
Single-phase earth faults are the predominant type of damage in distribution 6-10 kV cable networks,...
This article deals with selective protection against single-phase earth faults at 6 – 10 kV electri...
This study proposes a fault phase selection scheme for EHV/UHV transmission line protection during u...
Renewable sources with numerous converter-control operations introduce dynamic fault signatures in t...
The apparent impedance to single- phase earth fault place is obtained applying the classical algorit...
This paper presents a fault classification method with faulted phase selection action for single-cir...
The subject of this thesis is the single phase earth fault in medium voltage distribution networks t...
A novel fault phase selector for double-circuit transmission lines is presented. The fault type is d...
The article presents a method for detecting earth faults in a compensated medium-voltage network, wh...
There are four different types of faults which are usually experienced on a transmission line: phase...
The question of phase selection in effectively earthed network is a complex and difficult probl...
Introduction. A significant proportion of earth faults in 6 - 35 kV networks is a transient and shor...
The paper demonstrates improving the reliability of power supply and operating safety of power recei...
In modern electrical power distribution systems, the effective operation of inverter-based arc suppr...
New algorithms have been developed for selective protection against phase-to-earth faults in power s...
Single-phase earth faults are the predominant type of damage in distribution 6-10 kV cable networks,...
This article deals with selective protection against single-phase earth faults at 6 – 10 kV electri...
This study proposes a fault phase selection scheme for EHV/UHV transmission line protection during u...
Renewable sources with numerous converter-control operations introduce dynamic fault signatures in t...
The apparent impedance to single- phase earth fault place is obtained applying the classical algorit...
This paper presents a fault classification method with faulted phase selection action for single-cir...
The subject of this thesis is the single phase earth fault in medium voltage distribution networks t...
A novel fault phase selector for double-circuit transmission lines is presented. The fault type is d...
The article presents a method for detecting earth faults in a compensated medium-voltage network, wh...
There are four different types of faults which are usually experienced on a transmission line: phase...
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