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Microgrid Load Management and Operation

机译:微电网负荷管理与运行

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How does an isolated village compensate for the unpredictability of 80 miles of overhead lines between it and its nearest substation? This paper describes a distributed generation facility supplying a remote Native American village in the American Southwest. The project includes 490kW of solar co-generation and 300kW of backup diesel generation to be used while connected to the grid or as an isolated microgrid. The primary system functions include fault detection, isolation and restoration (FDIR), generation control, and load management. The project was developed by Mountain High Engineering with automation and equipment support from G&W Electric Co. Lessons learned from the evolving demands and onsite challenges of the project will be discussed, focusing on the microgrid control and operation.
机译:一个孤立的村庄如何弥补其与其最近的变电站之间80英里高架线路的不可预测性?本文介绍了一种分布式发电设施,可为美国西南部的一个偏远的美洲印第安人村庄提供电力。该项目包括490kW的太阳能热电联产和300kW的备用柴油发电,可在并网或作为隔离微电网时使用。系统的主要功能包括故障检测,隔离和恢复(FDIR),发电控制和负载管理。该项目是由Mountain High Engineering在G&W Electric Co.的自动化和设备支持下开发的。将讨论从该项目不断变化的需求和现场挑战中学到的经验教训,重点是微电网的控制和操作。

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