9 pages, The COVID-19 pandemic has disproportionately affected working class and Black, Indigenous, and People of Color (BIPOC) communities, who have been more likely to contract and die from the virus. These inequalities in part stem from higher rates of comorbidities such as asthma, which can be connected to local built environments. One area where these inequalities are starkest is in energy generation and distribution, where marginalized communities are both more likely to be exposed to hazards from energy production, whereas at the same time more likely to struggle to afford that energy, leading to difficult trade-offs with other necessities. In turn, many of these inequalities can be tied to spatial patterns of residential segregation, such as redlining, which cut off BIPOC communities in from the prevailing wealth generating mechanisms of the past century, leading to the patterns of divestment and hazard exposure seen today. In this article, we explore the connections between public health, energy production and consumption, and redlining, using Milwaukee, WI as a case study. Using data from March to June 2020, we perform quartile regressions to assess the relationship between positive COVID cases, local demographics, and the local energy environment. We find that low-income and BIPOC communities were more likely to contract COVID, while also facing higher energy burdens and exposure to respiratory hazards, as well as a statistically significant relationship between COVID rates and redlining policy. We argue these results call further research into the connections between energy insecurity and other forms of injustice that manifest within racial capitalism.
