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A Fault Location Method Suitable for Low-Voltage DC Line

机译:适用于低压直流线路的故障定位方法

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This paper presents a fault location method suitable for low-voltage DC line. To estimate the fault location of DC lines, a fault location module is designed, and it is connected to each end of the DC lines. When the DC lines fail, the DC circuit breaker gets tripped quickly, and the residual current of the DC line inductance still flows through the fault location module. Considering attenuation of the DC line inductance current, which is a function of the fault distance and fault resistance, the fault location algorithm is established. A simplified DC microgrid model is built by PSCAD/EMTDC, and the proposed method is simulated by MATLAB. The results show that the proposed method can accurately locate the fault point of DC lines. In addition, the proposed method is also verified on a small-scale hardware experiment platform.
机译:本文提出一种适用于低压直流线路的故障定位方法。为了估计直流线路的故障位置,设计了一个故障定位模块,并将其连接到直流线路的两端。当直流线路发生故障时,直流断路器会迅速跳闸,并且直流线路电感的剩余电流仍会流过故障定位模块。考虑到直流线路电感电流的衰减,该衰减是故障距离和故障电阻的函数,建立了故障定位算法。利用PSCAD / EMTDC建立了简化的DC微电网模型,并用MATLAB仿真了该方法。结果表明,该方法可以准确定位直流线路的故障点。此外,该方法还在小型硬件实验平台上得到了验证。

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