Stray neutral current problems and analysis associated with multiple ATS generator installations

S. D. Dunn, F. Wells
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引用次数: 1

Abstract

In generator installations where you have more than one 3-pole automatic-transfer-switch (ATS) on a 4-wire system, stray neutral currents and unwanted magnetic fields may arise. These stray currents and fields can cause a multitude of problems. Magnetic fields created by stray neutral currents can cause objectionable current on the conduit system. Objectionable current of this type can cause voltage rises on the grounding system. Geometries of stray neutral current paths can cause magnetic fields through areas of buildings that may cause problems with sensitive electronic equipment. Ground fault protection devices may detect incorrect ground fault condition. The presence of stray ground currents in multi-ATS installations is dependent on equipment selection and bonding connection points, whereas the magnitude of these currents depend on the system geometry, raceway size/types, and other factors. This paper looks at several stray neutral configurations tested in the Vanderbilt Power Laboratory.
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与多台ATS发电机安装相关的杂散中性电流问题及分析
在4线制系统上安装多个3极自动转换开关(ATS)的发电机装置中,可能会产生杂散的中性电流和不必要的磁场。这些杂散的电流和场会引起许多问题。由杂散中性电流产生的磁场会对导管系统产生不良电流。这种类型的不良电流会引起接地系统的电压升高。杂散中性电流路径的几何形状可能会在建筑物区域产生磁场,从而可能导致敏感电子设备出现问题。接地故障保护装置可以检测到不正确的接地故障情况。在多ats安装中,杂散接地电流的存在取决于设备选择和bonding连接点,而这些电流的大小取决于系统几何形状、滚道尺寸/类型和其他因素。本文着眼于在范德比尔特电力实验室测试的几种杂散中性配置。
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