In case of a neutral-grounding resistor failure, the low impedance grounded network become ungrounded. This can lead to a very high level of transient overvoltages due to intermittent arcing faults. Also, in the dominant cable networks, there is a possibility of earth fault current extinction. In this way, places with weakened insulation, which may be the cause of multiple failures, are created in the network. Accordingly, the paper points out the necessity and affirmation of existing solutions for continuous monitoring of neutral grounding resistors, also proposing a universal technical solution
In the medium voltage electrical power lines, the most common fault is the phase to ground fault. Th...
Abstract: In this paper a study of the impact of the neutral conductor in a distribution system is p...
MV distribution networks with ungrounded or grounded neutral by compensating impedance are exposed t...
In case of a neutral-grounding resistor failure, the low impedance grounded network become ungrounde...
One important problem in the operation of medium voltage networks is the detection of a single-line-...
The importance of the system earthing in electrical station 110kV/MV is much known, ways to treat th...
The choice of the neutral grounding mode in the 6–35 kV network (or, in other words, the method of n...
In the three-phase four-wire system, there are usually multiple grounding points in the primary neut...
The paper demonstrates improving the reliability of power supply and operating safety of power recei...
The subject of this thesis is the single phase earth fault in medium voltage distribution networks t...
The paper deals with the temporary overvoltages that build up in radial MV distribution networks fol...
Single-phase earth faults are the predominant type of damage in distribution 6-10 kV cable networks,...
This paper presents an analysis and comparison of earth fault characteristics in the medium voltage ...
The system grounding method option has a direct influence on the overall performance of the entire m...
Downed distribution conductors in overhead distribution systems may not be a concern for equipment b...
In the medium voltage electrical power lines, the most common fault is the phase to ground fault. Th...
Abstract: In this paper a study of the impact of the neutral conductor in a distribution system is p...
MV distribution networks with ungrounded or grounded neutral by compensating impedance are exposed t...
In case of a neutral-grounding resistor failure, the low impedance grounded network become ungrounde...
One important problem in the operation of medium voltage networks is the detection of a single-line-...
The importance of the system earthing in electrical station 110kV/MV is much known, ways to treat th...
The choice of the neutral grounding mode in the 6–35 kV network (or, in other words, the method of n...
In the three-phase four-wire system, there are usually multiple grounding points in the primary neut...
The paper demonstrates improving the reliability of power supply and operating safety of power recei...
The subject of this thesis is the single phase earth fault in medium voltage distribution networks t...
The paper deals with the temporary overvoltages that build up in radial MV distribution networks fol...
Single-phase earth faults are the predominant type of damage in distribution 6-10 kV cable networks,...
This paper presents an analysis and comparison of earth fault characteristics in the medium voltage ...
The system grounding method option has a direct influence on the overall performance of the entire m...
Downed distribution conductors in overhead distribution systems may not be a concern for equipment b...
In the medium voltage electrical power lines, the most common fault is the phase to ground fault. Th...
Abstract: In this paper a study of the impact of the neutral conductor in a distribution system is p...
MV distribution networks with ungrounded or grounded neutral by compensating impedance are exposed t...