CAJ | 학술논문

介绍、分析了基于全球定位系统(GPS)技术的输电线路互感参数带电测量系统;提出现有的谐波测量仪增加接收GPS同步信号等功能,亦可用于线路互感参数测量;分析了测量原理和理论依据.结合辽宁王南I,Ⅱ回线路改造后,与其相平行的多回500 kV线路参数测量具体项目,介绍了多回平行线路互感参数带电测量方法;针对该测量方法现场实施中的难点,提出了2种新的实施方法.给出了测量结果;并采用其他测量方法对部分测量结果进行了测试对比,从而间接验证了测量结果的正确性.结果表明,文中介绍的测量方法可满足工程需要.
개소、분석료기우전구정위계통(GPS)기술적수전선로호감삼수대전측량계통;제출현유적해파측량의증가접수GPS동보신호등공능,역가용우선로호감삼수측량;분석료측량원리화이론의거.결합료녕왕남I,Ⅱ회선로개조후,여기상평행적다회500 kV선로삼수측량구체항목,개소료다회평행선로호감삼수대전측량방법;침대해측량방법현장실시중적난점,제출료2충신적실시방법.급출료측량결과;병채용기타측량방법대부분측량결과진행료측시대비,종이간접험증료측량결과적정학성.결과표명,문중개소적측량방법가만족공정수요.
The live line measurement system of transmission lines witl mutual inductance based on GPS is presented and analyzed. It points out that the harmonics' analyzing apparatus can also be used to measure the paarameters of lines with mutual inductance if the function of accepting GPS signals is added. The principle and theoretical background are demonstrated. The proposed live measurement method for several parallel lines with mutual inductance isimplemented on the project of parameters' live measurement of several 500 kV lines, which are parallel with the rebuilt Wang-Nan Ⅰ and Ⅱ lines in Liaoning Province. To deal with the difficulties, two new implementary methods are proposed. By these methods, the measuring results are obtained. By comparing with some results from other measuring methods, the validity of the results is proved indirectly.The results indicate that the measuring methods presented can meet the requirement of real projects.