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Investigations on active front-end and active filter based LVAC power architectures of diesel electric propulsion system for diving support vessels

机译:基于有源前端和有源滤波器的潜水支援船柴油电力推进系统LVAC动力架构研究

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This manuscript presents the investigations on three different types of low voltage AC (LVAC) power distribution architectures of diesel-electric propulsion system for diving support vessel (DSV). It focuses on the qualitative analysis of three LVAC power distribution architectures employing: (1) the conventional 12-pulse converter and (2) active front end (AFE) converter and (3) the proposed 6-pulse converter with shunt active filter (SAF). The reliability evaluation of all the three power architectures has been performed to confirm the viability of the proposed architecture. Further a qualitative analysis of all the three different power architectures has also been furnished.
机译:该手稿介绍了对潜水支持船(DSV)的柴油-电力推进系统的三种不同类型的低压AC(LVAC)配电结构的研究。它着重于对三种LVAC配电架构的定性分析,这些架构采用:(1)常规12脉冲转换器和(2)有源前端(AFE)转换器,以及(3)提出的带有并联有源滤波器(SAF)的6脉冲转换器)。已经对所有三种电源架构进行了可靠性评估,以确认所提出架构的可行性。此外,还提供了对所有三种不同电源架构的定性分析。

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