Design and Operation of an Islanded Power System with 100% Renewable Energy Supply

Tamer Rousan, M. Higginson, P. Pabst
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引用次数: 4

Abstract

The design concepts for the 1 MW microgrid power system installed at Ameren Illinois's Technology Applications Center are presented. Specifically, the design and operation of the system when the renewable generation capacity is more than 100% of the connected load is discussed. The methods include utilizing a grid-forming battery energy storage inverter to balance load and generation, and utilizing a microgrid controller for detecting a maximum desired state of charge on the battery system and issuing generation curtailment commands to renewable generation assets.
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100%可再生能源孤岛电力系统的设计与运行
介绍了安装在Ameren Illinois技术应用中心的1mw微电网电力系统的设计概念。具体讨论了可再生能源发电容量大于并网负荷100%时系统的设计和运行问题。所述方法包括利用成网电池储能逆变器来平衡负载和发电,以及利用微电网控制器来检测电池系统上所需的最大充电状态并向可再生发电资产发出弃电命令。
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