| Title |
Development of Portable Cable Fault Detection System with Automatic Fault Distinction and Distance Measurement |
| Authors |
김재진(Kim, Jae-Jin) ; 전정채(Jeon, Jeong-Chay) |
| DOI |
https://doi.org/10.5370/KIEE.2016.65.10.1774 |
| Keywords |
Portable cable fault detection ; Time-frequency correlation ; Reference signal elimination ; Automatic fault classification |
| Abstract |
This paper proposes a portable cable fault detection system with automatic fault distinction and distance measurement using time-frequency correlation and reference signal elimination method and automatic fault classification algorithm in order to have more accurate fault determination and location detection than conventional time domain refelectometry (TDR) system despite increased signal attenuation due to the long distance to cable fault location. The performance of the developed system method was validated via an experiment in the test field constructed for the standardized performance test of power cable fault location equipments. The performance evaluation showed that accuracy of the developed system is less than 1.34%. Also, an error of automatic fault type and location by detection of phase and peak value through elimination of the reference signal and normalization of correlation coefficient and automatic fault classification algorithm not occurred. |