In this paper the AC and DC partial discharge inception voltages, PDIV, are modeled and validated through measurements performed on multi-layer flat specimens with artificial defects. The results highlight that, depending on temperature and material conductivity, there can be a large difference between PDIV under DC and AC, which depends on insulation temperature, thus, e.g., cable loading. Indeed PDIV-DC can be much larger than PDIV-AC at room temperature, but the two values can be very close (with PDIV-DC being even smaller than PDIV-AC) at maximum operating temperature, i.e. full load
A hypothesis regarding temperature dependant discharge levels was the starting grounds for this stud...
To date, there are several methods for calculating the electric field distribution within a dielectr...
Design and operation of DC insulation systems are faced with challenges related to the electric fiel...
In this paper the AC and DC partial discharge inception voltages, PDIV, are modeled and validated th...
Starting from measurements performed on insulation models, estimation of partial discharge inception...
The increased application of HVDC components leads, at the same time, to forced usage of Partial Dis...
At present several definitions of partial discharge inception voltage (PDIV) have been advanced by v...
none3noThe growth of DC supply in distribution and electrical transport raises the issue of assessin...
This paper has the purpose to investigate the variation of electric field inside a HVDC cable insula...
The occurrence of Partial Discharge (PD) inside a cavity subjected to HVDC voltage can be considered...
The paper investigates the role of the space charge accumulation phenomena in the inception of Parti...
none6siStandards like the IEC 60502 and IEEE 400.2 support the possibility of utilizing Very Low Fre...
A scientific consensus is emerging on the benefits of direct current (DC) distribution in medium vol...
A scientific consensus is emerging on the benefits of direct current (DC) distribution in medium vol...
Internal partial discharges can be the cause of irreversible insulation degradation in High Voltage ...
A hypothesis regarding temperature dependant discharge levels was the starting grounds for this stud...
To date, there are several methods for calculating the electric field distribution within a dielectr...
Design and operation of DC insulation systems are faced with challenges related to the electric fiel...
In this paper the AC and DC partial discharge inception voltages, PDIV, are modeled and validated th...
Starting from measurements performed on insulation models, estimation of partial discharge inception...
The increased application of HVDC components leads, at the same time, to forced usage of Partial Dis...
At present several definitions of partial discharge inception voltage (PDIV) have been advanced by v...
none3noThe growth of DC supply in distribution and electrical transport raises the issue of assessin...
This paper has the purpose to investigate the variation of electric field inside a HVDC cable insula...
The occurrence of Partial Discharge (PD) inside a cavity subjected to HVDC voltage can be considered...
The paper investigates the role of the space charge accumulation phenomena in the inception of Parti...
none6siStandards like the IEC 60502 and IEEE 400.2 support the possibility of utilizing Very Low Fre...
A scientific consensus is emerging on the benefits of direct current (DC) distribution in medium vol...
A scientific consensus is emerging on the benefits of direct current (DC) distribution in medium vol...
Internal partial discharges can be the cause of irreversible insulation degradation in High Voltage ...
A hypothesis regarding temperature dependant discharge levels was the starting grounds for this stud...
To date, there are several methods for calculating the electric field distribution within a dielectr...
Design and operation of DC insulation systems are faced with challenges related to the electric fiel...