Integrated Electric Power System supervision for reconfiguration and damage mitigation
Integrated Electric Power System supervision for reconfiguration and damage mitigation
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DOI：
10.1109/ests.2009.4906535
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发表时间：
2009-04
期刊：
影响因子：
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通讯作者：
M. Yasar;A. Beytin;G. Bajpai;H. Kwatny
中科院分区：
文献类型：
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作者：
M. Yasar;A. Beytin;G. Bajpai;H. Kwatny
船舶电力系统的自主运行是保证系统安全、可靠、经济运行的主要目标之一。综合电力系统需要能够几乎立即重新分配电力，以便为非推进和推进船舶电力负载供电。电力系统的动态特性需要微分代数方程沿着的离散开关动作，以考虑负荷削减和再分配。因此，重新配置的问题，可以制定在一个混合的监督框架，以便有一个完整的系统描述。监控系统还需要适应故障和失效，以减轻损害。本文讨论了一种方法的混合监督重构和损害减轻的背景下，一种新的架构的船舶配电系统。
Autonomous shipboard electric power system operation is one of the major goals in order to ensure safe, reliable and economic system operation. Integrated electrical power systems need to be capable of redistributing power almost instantly in order to supply both non-propulsion and propulsion shipboard electrical loads. The dynamics of the power systems require differential-algebraic equations along with discrete switching actions to account for load shedding and redistribution. Therefore, the reconfiguration problem can be formulated in a hybrid supervision framework in order to have a complete system description. The supervisory system will also be required to accommodate faults and failures to achieve damage mitigation. The paper discusses an approach of hybrid supervisory reconfiguration and damage mitigation in the context of a novel architecture of shipboard electric distribution systems.