舰载IPS技术挑战——vfd和接地

M. Islam, W. Hinton, M. Mcclelland, K. Logan
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引用次数: 4

摘要

由于各种商业技术、新兴技术和侵入性技术的随机结合,带有变频驱动器(VFD)的船用集成电源系统(IPS)的设计被认为具有挑战性。发现IPS设计会造成系统级异常,例如电气系统的不稳定。不稳定是由于多种电气系统噪声问题,如;谐波、瞬态、电弧闪敏、波等。不接地电力系统的电阻接地(RG)类型选择也会影响电力系统的电气稳定性。这些电气不稳定性导致系统级停电、设备过早故障、重大电弧闪光事件、电气火灾和计划外不可预测的设备故障,所有这些都会导致船舶运营时的沉重成本负担。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Shipboard IPS technological chanllenges-VFD and grounding
The design of Shipboard Integrated Power System (IPS) with variable frequency drives (VFD) are considered challenging due to the random incorporation of various commercial, emerging, and intrusive technologies. The IPS designs are found to be creating system level anomalies such as instability of the electrical system. The instability is due to multiple electrical system noise issues such as; harmonics, transients, arc-flash susceptibility, waves, etc. The type of resistance grounding (RG) system selection for ungrounded power systems may also influence the electrical stability of the power system. These electrical instabilities lead to system level blackout, premature equipment failure, major arc-flash incidents, electrical fire, and unscheduled unpredictable equipment failures, all contributing to a heavy cost burden when operating the ship.
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