IEEE ISGT 2011 - January 17th 9: 30 AM plenary session accelerating innovation and investment in grid performance

IEEE PES Innovative Smart Grid Technologies Conference Pub Date : 1900-01-01 DOI:10.1109/ISGT.2012.6175566

J. Kelly, W. Reder, Clyde Kofman, L. Plumb

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Abstract

Title: Smart Grid Projects that Leverage Intelligence to Improve Grid Performance By: Wanda Reder, S&C Electric Vice President of Power Systems Abstract: Today’s electrical system is vulnerable to weather and man-made disruptions. One of the smart grid characteristics is self-healing which occurs by detecting, analyzing and responding to grid conditions. This requires technology to be layered into the delivery system to isolate short circuits, adjust to dynamic loading and smooth the effects of intermittent generation sources. The reaction to changing conditions on the electrical grid is faster with distributed system intelligence because decisions can be made locally. This presentation will highlight real projects that have been deployed using the latest available technology to improve grid reliability and system efficiency. Highlights from large-scale distribution automation systems and battery storage installations will be discussed. Ms. Reder will also identify policy changes that are needed to attract investment, remove impediments and accelerate smart grid deployment.

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IEEE ISGT 2011 - 1月17日上午9:30全体会议加速电网性能的创新和投资

题目:利用智能提高电网性能的智能电网项目作者:万达·雷德，S&C电气电力系统副总裁摘要:当今的电力系统容易受到天气和人为干扰的影响。智能电网的特点之一是通过对电网状况的检测、分析和响应实现自修复。这就需要在输电系统中采用分层技术，以隔离短路，适应动态负载，并平滑间歇性发电源的影响。分布式系统智能对电网变化条件的反应速度更快，因为决策可以在本地做出。本演讲将重点介绍使用最新可用技术来提高电网可靠性和系统效率的实际项目。将讨论大型配电自动化系统和电池存储装置的亮点。里德女士还将确定吸引投资、消除障碍和加速智能电网部署所需的政策变化。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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IEEE PES Innovative Smart Grid Technologies Conference

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