Reliability analysis of a shipboard electrical power distribution system based on breaker-and-a-half topology

B. Stevens, S. Santoso
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引用次数: 5

Abstract

The frequency and duration of service interruptions to equipment loads in an electric ship due to component failures in several shipboard electrical distribution systems are modeled using Markov simulations. A comparison is made between a distribution system based on ring bus topology and several distribution systems based on breaker-and-a-half topology. Systems based on breaker-and-a-half topology are found to be more reliable overall in terms of equipment availability for a given configuration of loads within the distribution system.
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基于分断半拓扑的舰船配电系统可靠性分析
采用马尔可夫仿真方法,对船舶配电系统中由于部件故障导致的电力船舶设备负荷中断的频率和持续时间进行了建模。对基于环形母线拓扑的配电系统与基于断路器半拓扑的几种配电系统进行了比较。基于断路器半拓扑的系统被发现在配电系统中给定负载配置的设备可用性方面总体上更可靠。
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