Data accompanying 'Cascading Failures and Critical Infrastructures in Future Renewable European Power Systems'

This dataset was created using the referenced code at 10.5281/zenodo.20529177. For more information on how this dataset can be generated, consult the README.md that is found there. The results are presented in "Cascading Failures and Critical Infrastructures in Future Renewable European Power Systems" arXiv:2603.24529. In this work, we assess the risk of cascading failures and system splits in the European power grid for different carbon reduction scenarios. We analyze the most likely and most dangerous splits, and identify critical transmission infrastructures and we discuss potential countermeasures that can address the problem of cascades. Our results show that while the risks of splits causing power failures rises with decarbonization, it can be mitigated cost efficiently.本数据集依托DOI为10.5281/zenodo.20529177的参考文献中公开的代码生成。如需了解该数据集的具体生成方式，请查阅该DOI对应资源下的README.md文件。相关研究成果已发表于论文《未来欧洲可再生电力系统中的级联失效与关键基础设施》（"Cascading Failures and Critical Infrastructures in Future Renewable European Power Systems"，arXiv:2603.24529）。 本研究针对不同碳减排情景，评估欧洲电网发生级联失效与系统解列的风险。研究分析了最易发生且危害性最高的系统解列场景，识别出关键输电基础设施，并探讨了可用于缓解级联失效问题的潜在应对措施。研究结果表明，尽管电力故障引发系统解列的风险会随脱碳进程加剧，但该风险可通过成本高效的方式予以缓解。