ComPSim: A Community based Smart Grid Testbed for Holistic Resilience Analysis
ComPSim: A Community based Smart Grid Testbed for Holistic Resilience Analysis
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DOI：
10.1109/smartgridcomm57358.2023.10333936
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发表时间：
2023-10
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通讯作者：
Amulya Sreejith;Prudhviraj Dhanapala;Adithya Melagoda;S. A. Enderami;V. Aravinthan;Anil Pahwa;Balasubramaniam Natarajan
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作者：
Amulya Sreejith;Prudhviraj Dhanapala;Adithya Melagoda;S. A. Enderami;V. Aravinthan;Anil Pahwa;Balasubramaniam Natarajan
本文提出了一种新的设计智能电网试验台的方法，通过在仿真中加入社区的社会方面来提高电力系统弹性分析的知识水平。提出的基于社区的电力仿真虚拟试验台，这里称为ComPSim，将社区的非物理维度集成到智能电网基础设施系统中。ComPSim试验台可用于识别电力系统中断的社会影响。试验床考虑到社区的不同社会经济特征，使有针对性的分析和政策制定成为可能。这项研究强调了将社区的社会和经济方面纳入未来的基础设施规划和决策工作的必要性。
This paper presents a novel approach to designing a smart grid testbed, that advances the state of knowledge on power system resilience analysis by including the social aspects of the community in simulation. The proposed Community-based Power Simulation virtual testbed, termed ComPSim herein, integrates non-physical dimensions of the community into the smart grid infrastructure system. The ComPSim test bed can be applied to identify the social impacts of power system disruptions. The testbed takes into account diverse socioeconomic characteristics of the community, enabling targeted analysis and policy formulation. This research highlights the need for integrating community’s social and economic facet into future infrastructure planning and decision efforts.