Flashover is damaging to the power transmission and distribution system. In this paper, correlation coefficient as a measure of nonlinearity is employed to analyze the leakage current signals generated from heavily polluted insulators for flashover prediction purpose. Data is generated with dry and wet conditions together with various supply voltages. By calculating the correlation coefficients between the supply voltages and the leakage currents, some patterns are found which may help identify the status of insulators
This paper introduces a complementary criterion for flashover (FOV) of polluted insulators based on ...
ABSTRACT: An Insulator Pollution Monitoring Relay (IPMR) was developed to measure the surface conduc...
Leakage current is one of the critical aspects to consider for overhead transmission line insulator’...
A new approach based on a nonlinearity measure to study the leakage current signature is proposed. U...
The phenomenon of flash over in polluted insulators has been continued by the study of the character...
The performance of transmission line insulator is greatly affected by dust, fumes from industrial ar...
Flashover of polluted insulators in contaminated areas is one of the most important factors influenc...
The current work contributes an estimate of the time-frequency characteristics of a leakage current ...
International audienceThis paper is aimed at the determination of the leakage current and the flasho...
This manuscript presents the experimental results of eight months naturally coastal contaminated out...
In order to improve the reliability of power transmission lines, one of the key issues is to reduce ...
Insulator monitoring using leakage current characteristics is essential for predicting an insulator’...
This manuscript presents the experimental results of eight months naturally coastal contaminated out...
A fundamental parameter of polluted insulator online monitoring is the leakage current, which has al...
In this article, a new method is proposed to identify the health condition of composite insulators t...
This paper introduces a complementary criterion for flashover (FOV) of polluted insulators based on ...
ABSTRACT: An Insulator Pollution Monitoring Relay (IPMR) was developed to measure the surface conduc...
Leakage current is one of the critical aspects to consider for overhead transmission line insulator’...
A new approach based on a nonlinearity measure to study the leakage current signature is proposed. U...
The phenomenon of flash over in polluted insulators has been continued by the study of the character...
The performance of transmission line insulator is greatly affected by dust, fumes from industrial ar...
Flashover of polluted insulators in contaminated areas is one of the most important factors influenc...
The current work contributes an estimate of the time-frequency characteristics of a leakage current ...
International audienceThis paper is aimed at the determination of the leakage current and the flasho...
This manuscript presents the experimental results of eight months naturally coastal contaminated out...
In order to improve the reliability of power transmission lines, one of the key issues is to reduce ...
Insulator monitoring using leakage current characteristics is essential for predicting an insulator’...
This manuscript presents the experimental results of eight months naturally coastal contaminated out...
A fundamental parameter of polluted insulator online monitoring is the leakage current, which has al...
In this article, a new method is proposed to identify the health condition of composite insulators t...
This paper introduces a complementary criterion for flashover (FOV) of polluted insulators based on ...
ABSTRACT: An Insulator Pollution Monitoring Relay (IPMR) was developed to measure the surface conduc...
Leakage current is one of the critical aspects to consider for overhead transmission line insulator’...