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MEM: Energy management system for low voltage DC microgrids

机译：MEM：低压直流微电网的能源管理系统

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摘要

This paper introduces the Microgrid Energy Manager (MEM), a plug-and-play platform for microgrid management. MEM is an end-to-end solution for monitoring, control, and management of AC, DC, and hybrid microgrids. We introduce the application of MEM for low voltage DC microgrids. Under the umbrella of MEM, a key component is the homegrid, which is managed locally by the Homegrid Energy Manager (HEM). A group of homegrids form the community-level microgrid, and are managed by MEM, which is based in the cloud. MEM adopts a plug-and-play model, working with existing storage systems, inverters, energy sources, and loads. A multi-layer approach provides real-time control and intelligent management of energy sources and loads, using embedded sensing and computing, wireless networks, internet-of-things, and cloud-computing technologies. This study focuses on a DC homegrid which consists of storage, loads and energy sources. A brief overview of the MEM architecture is given, with emphasis on design and experimental evaluation at the DC homegrid level.
机译：本文介绍了微电网能源管理器（MEM），这是一种用于微电网管理的即插即用平台。 MEM是用于监视，控制和管理AC，DC和混合微电网的端到端解决方案。介绍了MEM在低压直流微电网中的应用。在MEM的保护下，关键组件是Homegrid，由Homegrid Energy Manager（HEM）在本地管理。一组家庭网格形成社区级别的微网格，并由基于云的MEM进行管理。 MEM采用即插即用模型，可与现有存储系统，逆变器，能源和负载配合使用。多层方法使用嵌入式感应和计算，无线网络，物联网和云计算技术，提供对能源和负载的实时控制和智能管理。这项研究的重点是由存储，负载和能源组成的直流家用电网。给出了MEM架构的简要概述，重点是DC家庭电网级别的设计和实验评估。

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