The applications of SFCL to electric power systems are of great importance.
超导故障限流器应用于电力系统具有重大的意义。
The fault current limiting principle of SFCL-MES is tested on the model, and its validity is confirmed by the experiment.
在模型上对SFCL—MES的故障限流原理进行了试验，初步验证了它的有效性。
The fault-current-limiting integration model of SFCL-MES is proposed on its fault current limiting integration principle.
根据SFCL-MES的限流集成原理，提出了它的限流集成模型。
The superconducting fault current limiter (SFCL) can limit current and realize to control the voltage dip in non-faulted line.
超导故障限流器可以在限流的同时实现控制非故障线路电压跌落的目的。
The limiting resistance in SFCL and the fault detection time impact on peak value of fault current, line voltage of feeders without fault and voltage across SFCL are analysed.
给出了超导限流器的数学模型，着重分析了超导限流器限流电阻和故障检测时间对短路电流峰值、非故障线电压、超导限流器上的电压的影响。
The limiting resistance in SFCL and the fault detection time impact on peak value of fault current, line voltage of feeders without fault and voltage across SFCL are analysed.
给出了超导限流器的数学模型，着重分析了超导限流器限流电阻和故障检测时间对短路电流峰值、非故障线电压、超导限流器上的电压的影响。
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