将PMU数据应用于串联补偿线的2区设置

S. Sarangi, A. Pradhan
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引用次数: 9

摘要

受距离继电器保护的传输线在存在串联补偿时受到限制。当故障回路包含串联电容时,距离继电器看到的阻抗被调制。任何时刻的补偿水平取决于当时连接的电容器的数量,有时电容器组可能被绕过,导致未补偿的线路情况。因此,对于距离继电器的正确操作,传输线中存在的补偿水平的信息是必不可少的。利用线路两端的PMU数据计算补偿水平,实现继电器的精确自适应2区整定。在EMTDC/PSCAD模拟的400/kV系统中进行了测试,结果表明该方法具有较高的精度。
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Apply PMU data for Zone-2 setting of series compensated line
Transmission lines protected by distance relays find limitations in the presence of series compensation. The impedance seen by the distance relay is modulated when the fault loop includes the series capacitor. The level of compensation at any instant depends on the number of capacitors connected at that time and at times the bank of capacitors may be bypassed leading to uncompensated line situation. Therefore for correct operation of the distance relay the information on the level of compensation present in the transmission line is essential. In the proposed work the PMU data of both the ends of the line are applied to calculate the level of compensation by which accurate adaptive zone-2 setting of the relay is achieved. The proposed method is tested for a 400/kV system simulated in EMTDC/PSCAD and the results show the high accuracy of the proposed method.
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