A Review of Public Safety Power Shutoffs (PSPS) for Wildfire Mitigation: Policies, Practices, Models and Data Sources

Can Huang;Qinran Hu;Linwei Sang;Donald D. Lucas;Robin Wong;Bin Wang;Wanshi Hong;Mengqi Yao;Vaibhav Donde
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引用次数: 1

Abstract

Public Safety Power Shutoffs (PSPS), also known as proactive de-energizations, proactively de-energize a portion of power systems to mitigate the risk of catastrophic wildfires caused by electric infrastructure. Since the first practice in Southern California in 2012, PSPS have been widely discussed in government and industry, but seldom in the academic literature. This article surveys the PSPS program in California, including its history, policies, and practices. In practice, PSPS present strong interactions between electric utilities and customers, yielding PSPS a trade-off problem to balance the risk of power-line-ignited wild-fires (i.e., wildfire risk) against the harms of power shutoff (i.e., PSPS risk). In this regard, this article summarizes the industry-standard and research methods for PSPS studies, including models, data sources, and test systems. It is suggested to integrate engineering solutions with social-economic science, such as energy innovation, energy equity, and PSPS uncertainties, in future PSPS studies.
用于野火缓解的公共安全断电(PSPS):政策、实践、模型和数据来源
公共安全断电(PSPS),也称为主动断电,主动断电部分电力系统,以降低电力基础设施引发灾难性野火的风险。自2012年在南加州首次实践以来,PSPS在政府和行业中得到了广泛讨论,但在学术文献中很少。本文调查了加州的PSPS计划,包括其历史、政策和实践。在实践中,PSPS在电力公司和客户之间呈现出强大的互动,这使得PSPS成为一个权衡问题,以平衡电力线引发的野火风险(即野火风险)与断电危害(即PSPS风险)。在这方面,本文总结了PSPS研究的行业标准和研究方法,包括模型、数据源和测试系统。建议在未来的PSPS研究中,将工程解决方案与社会经济科学相结合,如能源创新、能源公平和PSPS不确定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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