| Title |
Calculation of the induced voltage and current for a human and a car close to 765 kV AC double circuit transmission line |
| Authors |
민석원 ; 김응식 ; 명성호 ; 이병윤 ; 박종근 |
| Keywords |
Induced Voltage ; Induced Currnet ; Transmission Line ; Charge Simulation Method |
| Abstract |
This paper estimates the electric field effect near 765[kV] AC double transmission line with numerical data. The induced voltage and current of a human and car under who kinds of phase arrangement are calculated when each of two objects is insulated or grounded. When the calculated results of the low-reactance and superposition phase arrangement are compared, it is proved that the induced voltage and current of the former are about 30 [%] smaller than that of the latter. The induced current of a human and car are less than 0.5[mA] which is about 10[%] less than that of the American National Standard Code. Also the induced voltage and current of dead lines by other live lines are calculated. Finally the effective number and position of shield wires to reduce the field in ground level are considered. charge simulation method and surface charge method are used to simulate the 2 or 3 dimensional transmission line model respectively. |