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Enabling Next-generation Grid Automation and Control

机译:实现下一代网格自动化和控制

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摘要

Electric power distribution systems historically have incorporated little automation. Power equipment, after being installed along a feeder, was expected to function independently with occasional manual adjustments. Capacitor banks might attempt to compensate for reactive loads based on time of day and day of week. Reclosers would attempt to close a set number of times before locking out. Linemen would drive along feeders to read faulted circuit indicators. Such was the state of grid automation - there wasn't much.
机译:历史上,配电系统几乎没有自动化。沿馈线安装的动力设备应能通过偶尔的手动调整独立运行。电容器组可能会尝试根据一天中的时间和一周中的某天来补偿无功负载。重合闸将在锁定之前尝试关闭一定次数。巡线员将沿着馈线行驶以读取故障的电路指示器。这就是网格自动化的状态-数量不多。

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