Add to ORKGIn addition to after-laying of new-installed high voltage (HV) power cables the use of on-site non-destructive on-site testing and diagnosis of service aged power cables is becoming an important issue to determine the actual condition of the cable systems and to determine the future performances. In this paper based on field experience an overview is presented on on-site testing and partial discharge diagnosis of HV power cables with regard to on-site testing methods: energizing, diagnostic aspects, possibilities and implications for new and service aged power cables
Partial discharge (PD) detection and analysis plays a crucial role for acceptance testing and condit...
This paper describes important aspects of partial discharge (PD) diagnostics of distribution power c...
Abstract – The diagnosis of MV (Medium Voltage) cable used in NPPs (Nuclear Power Plants) has become...
In addition to after-laying of new-installed high voltage (HV) power cables the use of on-site non-d...
In addition to after-laying of new-installed high voltage (HV) power cables the use of on-site non-d...
This paper has the purpose to address in a practical way the topic of PD testing HV cables, with em...
This paper has the purpose to address in a practical way the topic of PD testing HV cables, with em...
none1noThis paper has the purpose to address in a practical way the topic of PD testing HV cables, ...
The thesis focuses on on-site testing and diagnosis of transmission power cables circuits. Based on ...
On site partial discharge (PD) methods have become successful tools to diagnose and monitor cable ci...
In this study, three artificial defects that represent different type of installation defects are ob...
© 2018 IEEE. Partial discharge (PD) analysis is one of the most reliable non-destructive tests to cl...
Presented at the Insulated Conductors Committee, San Antonio, Texas, October 26-29, 2008
The thesis focuses on on-site testing and diagnosis of transmission power cables circuits. Based on ...
A National Grid funded research project at Southampton has investigated possible methodologies for d...
Partial discharge (PD) detection and analysis plays a crucial role for acceptance testing and condit...
This paper describes important aspects of partial discharge (PD) diagnostics of distribution power c...
Abstract – The diagnosis of MV (Medium Voltage) cable used in NPPs (Nuclear Power Plants) has become...
In addition to after-laying of new-installed high voltage (HV) power cables the use of on-site non-d...
In addition to after-laying of new-installed high voltage (HV) power cables the use of on-site non-d...
This paper has the purpose to address in a practical way the topic of PD testing HV cables, with em...
This paper has the purpose to address in a practical way the topic of PD testing HV cables, with em...
none1noThis paper has the purpose to address in a practical way the topic of PD testing HV cables, ...
The thesis focuses on on-site testing and diagnosis of transmission power cables circuits. Based on ...
On site partial discharge (PD) methods have become successful tools to diagnose and monitor cable ci...
In this study, three artificial defects that represent different type of installation defects are ob...
© 2018 IEEE. Partial discharge (PD) analysis is one of the most reliable non-destructive tests to cl...
Presented at the Insulated Conductors Committee, San Antonio, Texas, October 26-29, 2008
The thesis focuses on on-site testing and diagnosis of transmission power cables circuits. Based on ...
A National Grid funded research project at Southampton has investigated possible methodologies for d...
Partial discharge (PD) detection and analysis plays a crucial role for acceptance testing and condit...
This paper describes important aspects of partial discharge (PD) diagnostics of distribution power c...
Abstract – The diagnosis of MV (Medium Voltage) cable used in NPPs (Nuclear Power Plants) has become...