Manual analysis of thermal image for detecting defects and classifying of condition of surge arrester take a long time. Artificial neural network is good tool for predict and classify data. This study applied neural network for classify the degree of degradation of surge arrester. Thermal image as input of neural network was segmented using Otsu’s segmentation and histogram method to get features of thermal image. Leakage current as a target of supervise neural network was extracted and applied Fast Fourier Transform to get third harmonic of resistive leakage current. The classification results meet satisfaction with error about 3%
In power distribution technique it is essential to minimize transients, line voltage dips and spikes...
On-line monitoring of electric power transformers can provide a clear indication of their status and...
Insulators of the electrical power grid are usually installed outdoors, so they suffer from environm...
This paper presents a study proposing a method to assess the condition of metal-oxide surge arrester...
This paper presents a study proposing a method to assess the condition of metal-oxide surge arrester...
In this paper, an advancement approach considering an infrared thermography methodology is taken int...
A new method to assess the condition of metal-oxide surge arresters is presented. The thermal image ...
Application of a neural network of the classifier type for diagnostic purposes is presented. The des...
Abstract: Application of a neural network of the classifier type for diagnostic purposes is presente...
Infrared thermography technology is one of the most effective non-destructive testing techniques for...
Surge arresters primarily restrain lightning and switch surges in the power system to avoid damaging...
Abstract—This paper describes a methodology that aims to ex-tract information to enable the detectio...
Surface tracking on solid insulators is one of the most severe breakdown mechanisms associated with ...
A new method to monitor and estimate heating of the transformers in electrical power systems is prop...
Two techniques for the transient stability and security monitoring of power systems have been introd...
In power distribution technique it is essential to minimize transients, line voltage dips and spikes...
On-line monitoring of electric power transformers can provide a clear indication of their status and...
Insulators of the electrical power grid are usually installed outdoors, so they suffer from environm...
This paper presents a study proposing a method to assess the condition of metal-oxide surge arrester...
This paper presents a study proposing a method to assess the condition of metal-oxide surge arrester...
In this paper, an advancement approach considering an infrared thermography methodology is taken int...
A new method to assess the condition of metal-oxide surge arresters is presented. The thermal image ...
Application of a neural network of the classifier type for diagnostic purposes is presented. The des...
Abstract: Application of a neural network of the classifier type for diagnostic purposes is presente...
Infrared thermography technology is one of the most effective non-destructive testing techniques for...
Surge arresters primarily restrain lightning and switch surges in the power system to avoid damaging...
Abstract—This paper describes a methodology that aims to ex-tract information to enable the detectio...
Surface tracking on solid insulators is one of the most severe breakdown mechanisms associated with ...
A new method to monitor and estimate heating of the transformers in electrical power systems is prop...
Two techniques for the transient stability and security monitoring of power systems have been introd...
In power distribution technique it is essential to minimize transients, line voltage dips and spikes...
On-line monitoring of electric power transformers can provide a clear indication of their status and...
Insulators of the electrical power grid are usually installed outdoors, so they suffer from environm...