Open-Access Data and Toolbox for Tracking COVID-19 Impact on Power Systems
Guangchun Ruan, Zekuan Yu, Shutong Pu, Songtao Zhou, Haiwang Zhong, Le, Xie, Qing Xia, Chongqing Kang

TL;DR
This paper introduces open-access data and tools to analyze COVID-19's impact on U.S. power systems, providing new methods and empirical insights into pandemic-induced patterns and risks.
Contribution
It develops a comprehensive data hub, an open-source toolbox, and novel evaluation metrics for analyzing power system disruptions during COVID-19.
Findings
Identified pandemic-induced fluctuations in power demand and generation.
Proposed new metrics: fluctuation index and probabilistic baseline.
Shared empirical results and solutions addressing public concerns.
Abstract
Intervention policies against COVID-19 have caused large-scale disruptions globally, and led to a series of pattern changes in the power system operation. Analyzing these pandemic-induced patterns is imperative to identify the potential risks and impacts of this extreme event. With this purpose, we developed an open-access data hub (COVID-EMDA+), an open-source toolbox (CoVEMDA), and a few evaluation methods to explore what the U.S. power systems are experiencing during COVID-19. These resources could be broadly used for research, public policy, and educational purposes. Technically, our data hub harmonizes a variety of raw data such as generation mix, demand profiles, electricity price, weather observations, mobility, confirmed cases and deaths. Typical methods are reformulated and standardized in our toolbox, including baseline estimation, regression analysis, and scientific…
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Taxonomy
TopicsSmart Grid Security and Resilience
