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Short-Circuit Current Calculation Application for A.C 3 Phase on Marine and Mobile Offshore Installations Based on IEC-61363 Standard

机译:基于IEC-61363标准的船舶和移动海上装置的短路电流计算应用。基于IEC-61363标准

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As part of increasing marine vessel and mobile offshore installation safety, The Safety of Life at Sea (SOLAS), an International Maritime Organization (IMO) publication required that electrical installations in ships shall be protected against short circuit. The short circuit calculation shall be performed properly to obtain the appropriate protection device, Since the methods of calculation used by designer are mostly varied, the amount of time needed for verification by Classification Society reviewer will be increased if both of parties used different techniques. Moreover, the manual calculation data (by using Microsoft Excel, etc.) will not be saved in appropriate order, according to ship's name where such historical technical data might be needed in case of another modification or electrical equipment replacement in the future. Therefore, this research is aimed at creating a short circuit calculation software, in which the calculation data will be saved as historical record in an IMO number group and the method of calculation will be technically uniform.The calculation is intended to obtain the short circuit current of a.c three phase based on IEC 61363 standard. The calculated short circuit current comprises of three components, a.c component (I_ac), d.c component (I_dc) and peak current (I_p). The output of calculation can also be used as the way to determine the breaking and making capacity current in selection of protection device.
机译:作为船舶船舶和移动海上安装安全的一部分,海上生活安全(SOLAS),国际海上组织(IMO)出版物要求船舶的电气装置应免受短路。短路计算应正确执行以获得适当的保护装置,因为设计师使用的计算方法大多是不同的,如果各方使用不同的技术,将增加分类社会审阅者验证所需的时间。此外,根据船舶的名称,手动计算数据(通过使用Microsoft Excel等)将不会以适当的顺序保存,如果在未来其他修改或电气设备更换的情况下可能需要此类历史技术数据。因此,该研究旨在创建短路计算软件,其中计算数据将作为IMO编号组中的历史记录保存,并且计算方法将在技术上是均匀的。计算旨在获得短路电流基于IEC 61363标准的AC三相。计算出的短路电流包括三个组件,A.C组件(I_AC),D.C组件(I_DC)和峰值电流(I_P)。计算的输出也可以用作确定保护装置选择中的断裂和能力电流的方法。

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