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引用次数: 21

摘要

雷电和开关浪涌可以通过变压器耦合从一个电压电平转移到另一个电压电平。一个配电系统,可能不会直接暴露在大气来源的过电压,但通过高匝比变压器连接到公用事业系统,将暴露在二次侧过电压由于一次绕组的过电压。由此产生的对配电系统的压力可能超过BIL水平。本文给出了通过变压器的浪涌传递电压的简化表达式,并对典型分布的雷电和开关浪涌进行了EMTP仿真。显示初级和次级浪涌避雷器和浪涌电容器可将这些过电压限制在安全水平。
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Surges transferred through transformers
The lightning and switching surges can be transferred from one voltage level to another through transformer couplings. A distribution system, which may not be directly exposed to the overvoltages of atmospheric origin, but is connected to a utility system through a transformer of high turns ratio will be exposed to overvoltages on the secondary side due to overvoltages on the primary windings. The resulting stresses on the distribution system may exceed the BIL levels. The paper provides simplified expressions for the surge transfer voltages through the transformers and the results of EMTP simulations for lightning and switching surges in a typical distribution. Primary and secondary surge arresters and surge capacitors are shown to limit these overvoltages to safe levels.
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