Impulse over-voltages are very common phenomena in electric power systems. Switching impulses are created by switching surges or local faults while lightning impulses are due to lightning strikes to overhead lines. Both impulses can travel as waves in the system, damaging insulation components and equipment. This paper shows that there may well be a reduction in electric field strength of the insulation of a power cable that experiences a lot of lightning impulse over-voltages. The paper also provides insight into the dominant ageing processes through the analysis of dielectric spectroscopy measurement data
Low-density polyethylene (LDPE) has been widely used as power cable insulation, because of its good ...
The mechanisms which lead to the long term deterioration of electric strength in polyethylene insula...
Electrical treeing is among the main mechanisms responsible for electric breakdown in polymeric high...
Impulse over-voltages are very common phenomena in electric power systems. Switching impulses are cr...
Impulse over-voltages are very common phenomena in electric power systems. Switching impulses are cr...
This work is concerned with the hypothesis that lightning impulses can lead to accelerated ageing of...
Impulse over-voltage is a common phenomenon in electric power systems. A switching impulse is create...
Lightning impulses can lead to accelerated ageing of extruded cables. Electrical behaviour of a diel...
LDPE and HDPE are common materials used within high voltage insulation systems. These materials will...
Abstract: Lightning impulses can lead to accelerated ageing of extruded cables. Electrical behaviour...
This work is concerned with the hypothesis that lightning impulses can lead to accelerated ageing of...
Low density polyethylene (LDPE) and high density polyethylene (HDPE) are common materials used withi...
XLPE is commonly used as the bulk dielectric for HV power cables. During a long service life, the in...
Cross-linked polyethylene (XLPE) is commonly used within high voltage cable insulation. It has impro...
The insulation of the high voltage power cable will be placed under higher electrical stress by swit...
Low-density polyethylene (LDPE) has been widely used as power cable insulation, because of its good ...
The mechanisms which lead to the long term deterioration of electric strength in polyethylene insula...
Electrical treeing is among the main mechanisms responsible for electric breakdown in polymeric high...
Impulse over-voltages are very common phenomena in electric power systems. Switching impulses are cr...
Impulse over-voltages are very common phenomena in electric power systems. Switching impulses are cr...
This work is concerned with the hypothesis that lightning impulses can lead to accelerated ageing of...
Impulse over-voltage is a common phenomenon in electric power systems. A switching impulse is create...
Lightning impulses can lead to accelerated ageing of extruded cables. Electrical behaviour of a diel...
LDPE and HDPE are common materials used within high voltage insulation systems. These materials will...
Abstract: Lightning impulses can lead to accelerated ageing of extruded cables. Electrical behaviour...
This work is concerned with the hypothesis that lightning impulses can lead to accelerated ageing of...
Low density polyethylene (LDPE) and high density polyethylene (HDPE) are common materials used withi...
XLPE is commonly used as the bulk dielectric for HV power cables. During a long service life, the in...
Cross-linked polyethylene (XLPE) is commonly used within high voltage cable insulation. It has impro...
The insulation of the high voltage power cable will be placed under higher electrical stress by swit...
Low-density polyethylene (LDPE) has been widely used as power cable insulation, because of its good ...
The mechanisms which lead to the long term deterioration of electric strength in polyethylene insula...
Electrical treeing is among the main mechanisms responsible for electric breakdown in polymeric high...