一个更智能的电网是如何防止2003年美国连锁停电的

J. Chadwick
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引用次数: 27

摘要

电网陷入了一场政治和技术上的能源战争,这场战争的主题是什么能最有效、最安全、最可靠、最经济地为日益增长的全国负荷提供商业电力。答案在于研究2003年东北大停电并引入新兴技术;智能电网(SG)。本文总结了大停电的关键事件、驱动因素和级联的引爆点,以突出智能电网技术(SGT)的关键效益。行业研究表明,如果SG在2003年完成并实施,它本可以防止连锁反应。本文提出了SGT的基本要素(行业研究正在进行),可以实现三件事;(1)防止这种规模的级联停电,(2)尽快从紧急情况(恐怖袭击,自然灾害等)中恢复,(3)用能源技术组合为这场能源战争提供解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How a smarter grid could have prevented the 2003 U.S. cascading blackout
The electrical grid is caught in a political and technological energy war over what can most efficiently, safely, reliably and cost effectively provide commercial power for an increasing national load. The answer lies in research of the 2003 Northeast Blackout and introducing an emerging technology; Smart Grid (SG). This paper summarizes the blackout's key events, driving factors and tipping point for its cascade in order to highlight the critical benefits of Smart Grid Technology (SGT). Industry research suggests that SG could have prevented the cascade, had it been complete and implemented in 2003. This paper presents the essential elements of SGT (with industry research ongoing) that can achieve three things; (1) prevent cascading blackouts of this magnitude, (2) recover as quickly as possible from emergencies (terrorist attacks, natural disasters, etc.), and (3) provide a solution to this energy war with a portfolio of energy technologies.
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