A novel method of measuring the positive-sequence capacitance of T-connection transmission lines is proposed. The mathematical model of the new method is explained in detail. In order to obtain enough independent equa...A novel method of measuring the positive-sequence capacitance of T-connection transmission lines is proposed. The mathematical model of the new method is explained in detail. In order to obtain enough independent equations, three independent operation modes of T-connection transmission lines during the line measurement are introduced. The digital simulation results and field measurement results are shown. The simulation and measurement results have validated that the new method can meet the needs of measuring the positive-sequence capacitance of T-connection transmission lines. This method has been implemented in the newly developed measurement instrument.展开更多
受地方政府规划制约,110 k V输电线路T接点在直线塔塔位处,直线塔要兼作T接塔使用。讨论并解决了跳线如何和悬垂串同步摆动问题,对一基直线塔建模,经校核计算能满足T接线路结构受力要求。施工完成直线塔处跳线搭接,实现直线塔作为T接塔...受地方政府规划制约,110 k V输电线路T接点在直线塔塔位处,直线塔要兼作T接塔使用。讨论并解决了跳线如何和悬垂串同步摆动问题,对一基直线塔建模,经校核计算能满足T接线路结构受力要求。施工完成直线塔处跳线搭接,实现直线塔作为T接塔使用,可大量缩短主线路停电时间,取得很好的社会经济效益。展开更多
文摘A novel method of measuring the positive-sequence capacitance of T-connection transmission lines is proposed. The mathematical model of the new method is explained in detail. In order to obtain enough independent equations, three independent operation modes of T-connection transmission lines during the line measurement are introduced. The digital simulation results and field measurement results are shown. The simulation and measurement results have validated that the new method can meet the needs of measuring the positive-sequence capacitance of T-connection transmission lines. This method has been implemented in the newly developed measurement instrument.