Low-voltage test-bed for electric drives with HES has been constructed: The MPEL AED-HES test-bed is a valuable resource for the development of advanced energy cycling control strategies for future electric ship propulsion system concepts A variety of electric machines (Induction and Permanent Magnet Synchronous Machines, currently), as well as HES devices (Flywheel, Ultracapacitors, and Li-ION battery) are available for testing Modeling and control development tools available from numerical analysis through experimental validation with Matlab/Simulink Additional details in following publications: Jun Hou, Jing Sun, and Heath Hofmann, "Mitigating Power Fluctuations in Electric Ship Propulsion with Hybrid Energy Storage System: Design and Analysis." IEEE Journal of Oceanic Engineering, under review, 2016. Jun Hou, Jing Sun, and Heath Hofmann, "Interaction Analysis and Integrated Control of Hybrid Energy Storage and Generator Control System for Electric Ship Propulsion," American Control Conference, pp. 4988-4993,2015. Jun Hou, David M. Reed, Kan Zhou, Heath Hofmann, Jing Sun, "Modeling and Test-bed Development for an Electric Drive System with Hybrid Energy Storage," Electric Machines Technology Symposium, 2014.
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机译：构造了带有HES的电力驱动器低压试验台：MPEL AED-HES试验台是宝贵的资源，可用于开发先进的能量循环控制策略，以适应未来的电船推进系统概念。和永磁同步电机（目前）以及HES设备（飞轮，超级电容器和锂离子电池）可用于测试建模和控制开发工具，可通过数值分析，通过Matlab / Simulink进行实验验证来获得。更多详细信息，请参见以下出版物：侯厚，孙静和Heath Hofmann，“使用混合储能系统减轻电动船推进中的动力波动：设计和分析。” IEEE海洋工程杂志，正在审查中，2016年。侯厚，孙静和希思·霍夫曼，“用于电动船推进的混合储能和发电机控制系统的相互作用分析和集成控制”，美国控制会议，第4988-4993页，2015年。侯军，David M. Reed，周侃，Heath Hofmann，孙静，“混合动力储能电驱动系统的建模和试验台开发”，电机技术研讨会，2014年。
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