In Situ Detection and Localization of Partial Discharge Using Acoustic Sensors

Mohd Muhridza Yaacob; Malik Abdulrazzaq Alsaedi

doi:10.4028/www.scientific.net/AMM.530-531.316

Paper Titles

Study of Brain Computer Aided Diagnostic System Based on CT Image
p.297

The Design of Remote Monitoring System and Diagnosing System in Natural Gas Compressor
p.301

Using IEC 61850 for Power Equipment Condition Monitoring Diagnosis System
p.306

Electronic Current Transformer Test Method Research
p.310

In Situ Detection and Localization of Partial Discharge Using Acoustic Sensors
p.316

Optimal Placement of Sensors for Monitoring Systems on Suspension Bridges Using Genetic Algorithms
p.320

Partial Dicharge Signal Analysis in Insulation Oil Using Optical Chromatic Technique
p.332

Sensors Distribution Program in Health Monitoring of Side Forklift Steering Mechanism
p.336

A One-Stop Method for EMI Analysis Based on Wavelet Packet and SOM
p.341

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 530-531In Situ Detection and Localization of Partial...

In Situ Detection and Localization of Partial Discharge Using Acoustic Sensors

Abstract:

The partial discharge (PD) phenomenon is very harmful for electrical appliances and its early detection could be a cost effective approach for the industry. Although many techniques are used for PD detection yet no technique has presented widely acceptable solution. Still the subject needs parallel study of the detection techniques. In this study, partial discharge signal has been captured by the three techniques using fiber optic sensor (FOS), Piezoelectric Sensor (PZT), leakage current (LC) techniques. In these experiments, FOS shows good sensitivity in the range of applied high voltage > 5 kV. The sensitivity and noise level of PD signal was different in these two experiments. The location of a PD was demonstrated in a 500 gallon water tank using convolution method.