首页> 外文会议>2014 IEEE PES Tamp;D Conference and Exposition >Analysis of an offshore medium voltage DC microgrid environment #x2014; Part I: Power sharing controller design
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Analysis of an offshore medium voltage DC microgrid environment #x2014; Part I: Power sharing controller design

机译:海上中压直流微电网环境分析—第一部分:功率共享控制器设计

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The AC microgrid is proposed as a plug-and-play interface for various types of renewable generation resources. The fundamental microgrid requirements include the capability of operating in islanding mode and/or grid connected modes. The high-level technical challenges associated with microgrids include (1) operation modes and transitions that comply with IEEE1547 and (2) control architecture and communication. Proposed control layers and respective functions have been defined in the microgrid literature. These layers include the primary, secondary and tertiary control. In this work, the focus is on the design of a power management secondary control for an offshore DC microgrid serving induction motor drives. The power is managed through a secondary controller to adjust the power delivered through bidirectional DC/DC converters, which intertie with the inverters connected to the machine loads. Simulations in Matlab/Simulink demonstrate the system performance under a mechanical torque step change for one motor drive unit with other conditions fixed. Part I of the concept emphasizes the electrical layout and part II, a communication layout of the offshore platform is described.
机译:交流微电网被提议为各种类型的可再生能源的即插即用接口。微电网的基本要求包括以孤岛模式和/或并网模式运行的能力。与微电网相关的高级技术挑战包括(1)符合IEEE1547的操作模式和转换以及(2)控制体系结构和通信。在微电网文献中已经定义了建议的控制层和相应的功能。这些层包括主要,次要和第三级控制。在这项工作中,重点是为服务于感应电动机驱动器的离岸直流微电网设计电源管理次级控制。通过次级控制器管理电源,以调整通过双向DC / DC转换器传递的功率,该双向DC / DC转换器与连接至机器负载的逆变器相互关联。 Matlab / Simulink中的仿真演示了在固定其他条件的情况下,一个电机驱动单元在机械转矩阶跃变化下的系统性能。该概念的第一部分重点介绍电气布局,第二部分重点介绍海上平台的通信布局。

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