Leakage current frequency components are frequently used as a tool for surface condition monitoring on polymeric insulation material and their pollution severity. Fast Fourier Transform (FFT) is one of the methods that are applied for the analysis, but it has some limitation in non-stationary signal. This paper presents the analysis of leakage current via online monitoring system for high voltage application. Tracking and erosion test complying with BS EN 60587-2007 is conducted on polymeric insulation to monitor the set of different leakage current patterns from capacitive, resistive and non-linear activities. The information obtained from this online monitoring allows the user to identify leakage current performa...
Leakage current is a very important parameter in the performance evaluation and monitoring of outdoo...
The current work contributes an estimate of the time-frequency characteristics of a leakage current ...
none4nsulator in order to develop a better diagnostic tool to identify the pollution severity of out...
Insulations in high voltage engineering are a concern to users in terms of its performance, expected...
Polymeric composite insulation is widely used for high voltage engineering as they are light, easy t...
Leakage current frequency components are frequently used as a tool for surface condition monitorin...
Erosion on polymeric insulator surface caused by pollution affects their performance, until now th...
There are several ageing factors that affect the long term performance of insulating material such a...
Polymeric insulator exposed to pollution leads to tracking and erosion affects their performance. Th...
This paper presents an analysis of high voltage insulation surface condition under high contaminat...
This paper presents the performance of polymeric and non-polymeric insulation material in contamin...
In high voltage engineering, insulation is the most important part to prevent the flow of current to...
This paper presents the leakage current of polymeric and non–polymeric insulation materials in con...
Leakage current waveform and its frequency component are frequently used as a diagnostic tool to ide...
High voltage insulation form an essential part of the high voltage electric power transmission syste...
Leakage current is a very important parameter in the performance evaluation and monitoring of outdoo...
The current work contributes an estimate of the time-frequency characteristics of a leakage current ...
none4nsulator in order to develop a better diagnostic tool to identify the pollution severity of out...
Insulations in high voltage engineering are a concern to users in terms of its performance, expected...
Polymeric composite insulation is widely used for high voltage engineering as they are light, easy t...
Leakage current frequency components are frequently used as a tool for surface condition monitorin...
Erosion on polymeric insulator surface caused by pollution affects their performance, until now th...
There are several ageing factors that affect the long term performance of insulating material such a...
Polymeric insulator exposed to pollution leads to tracking and erosion affects their performance. Th...
This paper presents an analysis of high voltage insulation surface condition under high contaminat...
This paper presents the performance of polymeric and non-polymeric insulation material in contamin...
In high voltage engineering, insulation is the most important part to prevent the flow of current to...
This paper presents the leakage current of polymeric and non–polymeric insulation materials in con...
Leakage current waveform and its frequency component are frequently used as a diagnostic tool to ide...
High voltage insulation form an essential part of the high voltage electric power transmission syste...
Leakage current is a very important parameter in the performance evaluation and monitoring of outdoo...
The current work contributes an estimate of the time-frequency characteristics of a leakage current ...
none4nsulator in order to develop a better diagnostic tool to identify the pollution severity of out...