Energy Inequality in Climate Hazards: Empirical Evidence of Social and Spatial Disparities in Managed and Hazard-Induced Power Outages
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arXiv
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| Autores principales: | , , , , , |
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| Formato: | Preprint |
| Publicado: |
2022
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| _version_ | 1866916178315706368 |
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| author | Coleman, Natalie Esmalian, Amir Lee, Cheng-Chun Gonzales, Eulises Koirala, Pranik Mostafavi, Ali |
| author_facet | Coleman, Natalie Esmalian, Amir Lee, Cheng-Chun Gonzales, Eulises Koirala, Pranik Mostafavi, Ali |
| contents | The energy sector in the United States is ever more vulnerable to extreme climatic hazards, leading to multiple hazard-induced and managed power outages. Utility companies reportedly prioritize the restoration of power systems based on the number of outages and the size of affected populations. This approach fails to account for unequal impacts. Research in equitable infrastructure emphasizes that certain populations, such as lower income and racial-ethnic minority households, are disproportionately impacted by disruptions in the power system. Moreover, connected network qualities of the power system suggests an element of spatial vulnerabilities. However, little empirical evidence exists regarding the presence and extent of energy inequality. A main roadblock is the data collection process, in that outage data is often perishable and not found at granular spatial scales to allow the undertaking of a comprehensive analysis. Recognizing this important gap, this study collected and analyzed observational data related to Winter Storm Uri (2021) and Hurricane Ida (2021). In the managed outages of Winter Storm Uri, census tracts with lower income and more Hispanic households had a higher median duration of outages. In the hazard-induced outages of Hurricane Ida, zip codes with lower income and more black households had a higher median duration of power outages. Both the managed and hazard-induced outages had moderate levels of spatial inequality as shown through the spatial Gini and infrastructure index analyses. The findings provide evidence of pervasive social and spatial inequality in power outages during climate hazards and highlight the importance of integrating equity into the manner in which utility managers and emergency planners restore power outages. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2210_13781 |
| institution | arXiv |
| publishDate | 2022 |
| record_format | arxiv |
| spellingShingle | Energy Inequality in Climate Hazards: Empirical Evidence of Social and Spatial Disparities in Managed and Hazard-Induced Power Outages Coleman, Natalie Esmalian, Amir Lee, Cheng-Chun Gonzales, Eulises Koirala, Pranik Mostafavi, Ali Physics and Society The energy sector in the United States is ever more vulnerable to extreme climatic hazards, leading to multiple hazard-induced and managed power outages. Utility companies reportedly prioritize the restoration of power systems based on the number of outages and the size of affected populations. This approach fails to account for unequal impacts. Research in equitable infrastructure emphasizes that certain populations, such as lower income and racial-ethnic minority households, are disproportionately impacted by disruptions in the power system. Moreover, connected network qualities of the power system suggests an element of spatial vulnerabilities. However, little empirical evidence exists regarding the presence and extent of energy inequality. A main roadblock is the data collection process, in that outage data is often perishable and not found at granular spatial scales to allow the undertaking of a comprehensive analysis. Recognizing this important gap, this study collected and analyzed observational data related to Winter Storm Uri (2021) and Hurricane Ida (2021). In the managed outages of Winter Storm Uri, census tracts with lower income and more Hispanic households had a higher median duration of outages. In the hazard-induced outages of Hurricane Ida, zip codes with lower income and more black households had a higher median duration of power outages. Both the managed and hazard-induced outages had moderate levels of spatial inequality as shown through the spatial Gini and infrastructure index analyses. The findings provide evidence of pervasive social and spatial inequality in power outages during climate hazards and highlight the importance of integrating equity into the manner in which utility managers and emergency planners restore power outages. |
| title | Energy Inequality in Climate Hazards: Empirical Evidence of Social and Spatial Disparities in Managed and Hazard-Induced Power Outages |
| topic | Physics and Society |
| url | https://arxiv.org/abs/2210.13781 |