Research on the resilience of the intelligent integrated energy systems

E. Barakhtenko, D. Sokolov, A. Edelev, S. Gorsky
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Abstract

The paper addresses the research of intelligent integrated energy systems resilience that is the system ability to withstand large disturbances and prevent their cascade development with massive energy shortage. The scheme of intelligent integrated energy systems resilience research is presented in the paper. It involves the disturbance scenarios formation, the evaluation of consequences of disturbance impact on energy systems, the assessment of the effectiveness and feasibility of the resilience enhancement steps. The scheme helps an expert to select specific resilience enhancement steps and to make decision whenever to implement them.
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智能综合能源系统的弹性研究
本文研究了智能综合能源系统的弹性,即系统在能源严重短缺的情况下承受大扰动并防止其串级发展的能力。提出了智能综合能源系统弹性研究方案。它涉及扰动情景的形成、扰动对能源系统影响的后果评估、增强弹性步骤的有效性和可行性评估。该方案帮助专家选择具体的弹性增强步骤,并决定何时实施这些步骤。
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