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首页> 外文期刊>IEEE Power & Energy Magazine >A Failure to Communicate: Next-Generation Communication Requirements, Technologies, and Architecture for the Electric Power Grid
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A Failure to Communicate: Next-Generation Communication Requirements, Technologies, and Architecture for the Electric Power Grid

机译:通讯失败:电网的下一代通讯要求,技术和体系结构

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摘要

THE ELECTRIC POWER INFRASTRUCTURES IN NORTH AMERICA AND WESTERN Europe are among the most complex systems ever constructed. The North American power grids involve almost 3,500 utility organizations. Supply and demand are kept in balance at all times, while obeying the loading constraints of long-distance transmission lines, which are increasingly operating nearer to their safety limits. Today, this extreme complexity is being coordinated with rudimentary communication technology and an infrastructure that is many decades old. With the current systems that are in place, stability problems in the grid can develop much faster than they can be reported.
机译:北美和西欧的电力基础设施是有史以来建造的最复杂的系统之一。北美电网涉及近3500个公用事业组织。供求始终保持平衡,同时遵守长距离传输线的负载限制,而长距离传输线的运行越来越接近其安全极限。如今,这种极端的复杂性正在与基本的通信技术和已有数十年历史的基础结构进行协调。使用当前的系统,电网中的稳定性问题发展得比所报告的要快得多。

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