极端事件对风电资源高穿透电网的影响模拟

Ignas Šatkauskas, Jonathan Maack, M. Reynolds, D. Sigler, Kinshuk Panda, Wesley B. Jones
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引用次数: 5

摘要

随着极端天气事件的日益频繁和强烈,将电网运行和基础设施规划与极端事件模型相结合的需求也将增加。我们提出了一种在飓风袭击期间为输电网创造损害应急和情景的方法。利用WIND工具包的气象数据和各种电网要素的脆弱性曲线,我们生成了随机破坏情景,可用于短期和长期规划问题,例如应急资产管理。其中包括一个案例研究:飓风多莉在德克萨斯州南部登陆时破坏了一个合成的2000总线测试系统。我们对实例合成网格的损伤进行了统计分析,并讨论了拓扑效应。此外,我们还使用简化的操作模型对影响进行了粗略评估。最后,我们讨论了如何将我们的方法扩展到使用更高保真度的气象数据集,并提出了未来工作的方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulating Impacts of Extreme Events on Grids with High Penetrations of Wind Power Resources
As extreme weather events become more frequent and intense, the demand for connecting grid operation and infrastructure planning with extreme event models will increase as well. We present a methodology for creating damage contingencies and scenarios for electric transmission grids during a hurricane strike. Using WIND Toolkit meteorological data in conjunction with fragility curves for various electric grid elements, we generate stochastic damage scenarios that can be used for short- and long-term planning problems, e.g., emergency asset management. Included is an example case study: Hurricane Dolly damaging a synthetic 2000-bus test system during its landing in Southern Texas. We perform statistical analysis of damages and discuss topological effects on the example synthetic grid. Also, we include a cursory evaluation of impacts using simplified operational models. Finally, we discuss how our method can be extended to use even higher-fidelity meteorological data sets and suggest directions for future work.
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