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Improving the Resilience of Power System Operation - Contribution of Renewable Energies in Power System Restoration

机译:提高电力系统运行的弹性-电力系统恢复中可再生能源的贡献

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The reliance of modern societies on electricity has been increasing for more than a century. At the same time, there is increased awareness of threats arising from natural disasters as well as from human error and deliberate attacks. Furthermore, electric power systems all over the world are undergoing a rapid transformation from traditional top-down systems relying on central power plants to more diverse systems including flexible prosumers, dispersed generation and a high integration of information and communication technology. Even though it is highly desirable that electric power systems never break down and black-outs do not occur, this cannot be guaranteed for all extreme events. Therefore, the damage caused by possible black-outs has to be limited. In this article, we summarize these developments, the accompanying challenges and opportunities for power system restoration as well as proposed solutions from a resilience perspective.
机译:一个多世纪以来,现代社会对电力的依赖一直在增加。同时,人们越来越意识到自然灾害,人为错误和故意袭击所造成的威胁。此外,世界各地的电力系统正在从依靠中央电厂的传统的自上而下的系统快速转变为更加多样化的系统,包括灵活的生产者,分散的发电以及信息和通信技术的高度集成。尽管非常希望电力系统永不崩溃并且不会发生停电,但这不能保证在所有极端情况下都可以实现。因此,必须限制可能的停电所造成的损坏。在本文中,我们从弹性的角度总结了这些发展,电力系统恢复所伴随的挑战和机遇以及拟议的解决方案。

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