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Modeling and analysis of the impact of failures in Electric Power Systems organized in interconnected regions

机译:互连区域中组织的电力系统故障影响的建模和分析

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Analysis of interdependencies in Electric Power Systems (EPS) has been recognized as a crucial and challenging issue to improve their trustworthiness. The recent liberalization process in energy markets has promoted the entry of a variety of operators in the electricity industry. The resulting new organization contributed to increase in complexity, heterogeneity and interconnection. This paper proposes a framework for analyzing EPS organized as a set of interconnected regions, both from the point of view of the electric power grid and of the cyber control infrastructure. The emphasis is on interdependencies and in assessing their impact on indicators representative of the QoS perceived by users. Taking a reference power grid as test case, the effects of failures on selected measures are shown, both in case the grid is partitioned in a number of regions and in case of a single region, to illustrate the behavior of different grid and control configurations.
机译:对电力系统(EPS)的相互依赖性进行分析已被认为是提高其可信度的关键且具有挑战性的问题。近期能源市场的自由化进程促进了电力行业中各种运营商的进入。由此产生的新组织有助于增加复杂性,异构性和互连性。本文提出了一个框架,用于从电网和网络控制基础设施的角度分析组织为一组互连区域的EPS。重点在于相互依赖性,并评估它们对代表用户感知的QoS的指标的影响。以参考电网为测试用例,显示了故障对所选措施的影响,既可以将电网划分为多个区域,也可以将单个区域划分为单个电网,以说明不同电网和控制配置的行为。

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