Studies of electromechanical transients in FREMM frigates integrated power system using a time-domain simulator

G. Sulligoi, D. Bosich, A. Vicenzutti, L. Piva, G. Lipardi, T. Mazzuca
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引用次数: 6

Abstract

The new simulator of the FREMM (European Multi Mission Frigates) electric Integrated Power System (IPS) is treated in this paper. The simulator, recently delivered by the University of Trieste to the Italian Navy, is utilized to study relevant electromechanical transients of the on board IPS. In particular, this simulator is employed in verifying some automated sequences and restore maneuvers, which are hard to be analyzed through on board tests. Other uses will be the support in crew training and the study of different control strategies. The developed IPS simulator has shown to be a tool able to help navy engineers and electrical staff in understanding some relevant behaviors in electrical transients, permitting the simulation of the system in a cheap but accurate way. A validating campaign of the numerical results is now on the way, referring to commissioning and sea trials results of the first built ship of the class.
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基于时域模拟器的FREMM护卫舰综合动力系统机电瞬变研究
本文对欧洲多任务护卫舰(FREMM)电力综合动力系统(IPS)的新型模拟器进行了研究。该模拟器最近由的里雅斯特大学交付给意大利海军,用于研究舰载IPS的相关机电瞬变。特别是,该模拟器用于验证一些难以通过机载试验分析的自动序列和恢复机动。其他用途将是支持机组人员训练和研究不同的控制策略。开发的IPS模拟器已被证明是一种工具,能够帮助海军工程师和电气人员了解电瞬变中的一些相关行为,允许以廉价但准确的方式模拟系统。数值结果的验证活动现在正在进行中,参考了该级第一艘建造船的调试和海试结果。
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