The power cable breakdown suspected due to water treeing in polymeric cables are said to be the main cause. The inconsistent and unreliable nature brings out the importance of research in water treeing detection in polymeric cables. Early detection of water tree in polymeric cables is important in order to increase the cable efficiency by reducing the timeframe of the cable failure. This paper presents a comprehensive review of water treeing detections in polymeric cables, in particular, the relation to the background of water treeing, the types of water treeing, experimental investigations on water treeing, and factors affecting the initiation and growth of water trees
Accelerated aging of two types of commercially produced medium voltage XLPE insulated cables was car...
The paper contains systematic comparison of signs and properties of the water treeing phenomenon (th...
Introduction. The presence of free moisture in power cables leading to the formation of tree structu...
The power cable breakdown suspected due to water treeing in polymeric cables are said to be the main...
Since discovering the water treeing phenomenon (WT) in polymeric cables in the early 1970s, water tr...
Water treeing is one of the main forms of degradation of XLPE insulation used in medium-voltage and ...
Water treeing is a well known phenomenon in polymeric cables, where it plays an important role in in...
This paper describes a pragmatic method to assess the resistance of medium voltage polymeric cable i...
In this study, samples were taken from the polymeric insulator parts of XLPE insulated medium voltag...
Singapore distribution system, underground cables are utilized rather than overhead lines due to lac...
Most insulation failures in polymeric underground cables have been caused by the formation of water ...
In Saudi Arabia the main electric power utilities are extensively using XLPE cables produced in the ...
Cross-linked polyethylene (XLPE) medium voltage (MV) power cables are being utilized worldwide due ...
This paper was presented at the IEEE International Symposium on Electrical Insulation, June 2006. ©2...
The water tree resistance of chemically crosslinked polyethylene (XLPE) and of low density polyethyl...
Accelerated aging of two types of commercially produced medium voltage XLPE insulated cables was car...
The paper contains systematic comparison of signs and properties of the water treeing phenomenon (th...
Introduction. The presence of free moisture in power cables leading to the formation of tree structu...
The power cable breakdown suspected due to water treeing in polymeric cables are said to be the main...
Since discovering the water treeing phenomenon (WT) in polymeric cables in the early 1970s, water tr...
Water treeing is one of the main forms of degradation of XLPE insulation used in medium-voltage and ...
Water treeing is a well known phenomenon in polymeric cables, where it plays an important role in in...
This paper describes a pragmatic method to assess the resistance of medium voltage polymeric cable i...
In this study, samples were taken from the polymeric insulator parts of XLPE insulated medium voltag...
Singapore distribution system, underground cables are utilized rather than overhead lines due to lac...
Most insulation failures in polymeric underground cables have been caused by the formation of water ...
In Saudi Arabia the main electric power utilities are extensively using XLPE cables produced in the ...
Cross-linked polyethylene (XLPE) medium voltage (MV) power cables are being utilized worldwide due ...
This paper was presented at the IEEE International Symposium on Electrical Insulation, June 2006. ©2...
The water tree resistance of chemically crosslinked polyethylene (XLPE) and of low density polyethyl...
Accelerated aging of two types of commercially produced medium voltage XLPE insulated cables was car...
The paper contains systematic comparison of signs and properties of the water treeing phenomenon (th...
Introduction. The presence of free moisture in power cables leading to the formation of tree structu...