The results showed that choosing the related technologies can effectively weaken the excitation inrush current in no-load transformer.
结果表明:选相关合技术能够有效地削弱变压器空载投入时的励磁涌流。
参考来源 - 空载变压器的励磁涌流研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Then for excitation inrush current distinguishing, another adaptive algorithm based on voltage increment is put forward.
另外，对于励磁涌流的判别，提出一种基于电压开关量的自适应算法。
The scheme gets rid of the influence of excitation inrush current and avoids the difficulty to get internal parameters of transformers.
该保护方案摆脱了励磁涌流的影响，并且避开了变压器难以得到的内部参数。
This article discusses the differential protection malfunction of transformers with no-load Input caused by, analyzes the emergence, hazards and characteristics of excitation inrush current.
论述了变压器空载投入时差动保护误动作原因是由励磁涌流引起的，分析了励磁涌流的产生、危害及其特点。
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