Abstract
A single-end fault location method for single-phase non-metallic grounding faults of transmission lines in a double terminal system is studied and proposed. Firstly, the reason for the poor accuracy of the single-end fault location method in case of single-phase non-metallic grounding faults is analyzed theoretically, and the necessary conditions for the single-end accurate fault location are put forward. Secondly, under the necessary conditions of the single-end accurate fault location, according to the topology of fault component networks, the calculation method of the single-end accurate fault location of transmission lines in a double terminal system is studied. Moreover, the influence of line capacitance is considered in this fault location method, and a simple expression for calculating the fault distance is obtained. Finally, the transmission line with a single-phase non-metallic grounding fault is modeled in PSCAD, therefore, the correctness and the ability of against transition resistance of the new single-end fault location method are verified by simulation.
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