| Title |
Development of Parallel Arc Fault Detector Using Ripple Voltage |
| Authors |
Jung-Kyu Choi ; Dong-Kurl Kwak |
| DOI |
10.6113/TKPE/2016.21.5.453 |
| Keywords |
Electric fire; Parallel arc fault; Ripple voltage; Short circuit fault; Voltage drop |
| Abstract |
The major causes of electrical fire in low-voltage distribution lines are classified into short-circuit fault, overload fault, electric leakage, and electric contact failure. The special principal factor of the fire is electric arc or spark accompanied with such electric faults. This paper studies the development of an electric fire prevention system with detection and alarm of that in case of parallel arc fault occurrence in low-voltage distribution lines. The proposed system is designed on algorithm sensing the instantaneous voltage drop of line voltage at arc fault occurrence. The proposed detector has characteristics of high-speed operation responsibility and superior system reliability from composition using a large number of semiconductor devices. A new sensing control method that shows the detection of parallel arc fault is sensed to ripple voltage drop through a diode bridge full-wave rectifier at electrical accident occurrence. Some experimental tests of the proposed system also confirm the practicality and validity of the analytical results. |