This paper presents a methodology to evaluate, via well-being analysis, the flexibility of composite electrical systems, considering wind energy sources. By adding wind farms to different system bars, it is possible to assess which configuration provides the best adequacy and safety level for the system. The evaluation is based on probabilistic indices of Loss of Load Expectation (LOLE) and Expected Marginal State (EMS). Such indices are obtained by well-being analysis, combining deterministic criteria with probabilistic methods. Non-Sequential Monte Carlo Simulation is used to consider the probabilistic and intermittent characteristics of wind sources. The methodology is applied to the IEEE-RTS test system.

中文翻译：

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福祉分析应用于考虑风能的复合系统灵活性研究


本文提出了一种通过福祉分析评估复合电气系统灵活性（考虑风能）的方法。通过将风电场添加到不同的系统栏，可以评估哪种配置为系统提供最佳的充足性和安全级别。该评估基于负载预期损失 (LOLE) 和预期边缘状态 (EMS) 的概率指数。这些指数是通过将确定性标准与概率方法相结合的福祉分析获得的。非序贯蒙特卡罗模拟用于考虑风源的概率性和间歇性特征。该方法应用于 IEEE-RTS 测试系统。