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Environment & Energy

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NNadir

(37,314 posts)
Wed Dec 31, 2025, 12:49 PM Dec 31

Electric Power Reliability, Energy Burdens, and Climate Change Beliefs in the United States [View all]

The paper I will very briefly discuss in this post is this one: Electric Power Reliability, Energy Burdens, and Climate Change Beliefs in the United States Hang Shuai, Chien-Fei Chen, Benjamin Sovacool, Suzanna Sumkhuu, and Zhenglai Shen Environmental Science & Technology 2025 59 (50), 27206-27221.

Before commenting further, I hold a low opinion of one of the authors of this otherwise useful and interesting paper, the antinuke Benjamin Sovacool, who I hold as a member of an unfortunate cabal of academics as well as prominent nonacademic "scientists" (i.e. Joe Romm and Ed Lyman) who help drive extreme global heating by raising specious objections to nuclear energy, which I regard as the only sustainable and acceptable tool to address the collapse of the planetary atmosphere.

As for the word "belief," physical realities are not a function of human belief. The role of evolution, now understood not only on a taxonomy and fossil basis is well established on a mechanistic molecular level, and is a true explanation of the origin of species whether one believes the Biblical account of the world being created in 7 days (before the concept of a "day" existed) or not.

The reality that extreme global heating is driven by human actions is also a fact is whether some Trumper in Indiana "believes" that or not.

The laws of relativity were not affected at all by the rejection of it as "Jewish Physics" by Nazi Nobel Laureate Johannes Stark.

The fact that fossil fuels kill people in vastly greater numbers daily than nuclear power ever has during its entire 70 years history, and that trillions of dollars thrown at so called "renewable energy" has had no effect on extreme global heating does not depend on whether Benjamin Sovacool believes nuclear energy is "too dangerous" or "too expensive." These things are facts not subject to belief.

Nevertheless, my barely hidden contempt for Sovacool notwithstanding, I fully credit this paper for pointing out what we at DU know of the Republican party: They only care about an issue, or even acknowledge an issue when it effects them personally.

Sovacool is a social scientist, not a physical scientist, and thus his survey tools are probably have some validity.

From the text of the paper, which explains, in a realistic and mechanistic way (despite my immediate bias it was going to be a nonsense paper) the connection between belief and reality:

...Climate change is expected to increase both the frequency and severity of power outages. Grid vulnerabilities arise from a range of hazards: extreme cold temperatures elevate generator forced outage rates; stronger winds during storms or hurricanes damage overhead lines via debris or collapsing pylons and towers; flooding impairs substation equipment; and wildfires destroy transmission corridors. (42−45) Power outage events can be characterized using two standard metrics: outage duration (the length of time customers are without service) and peak-outage prevalence (the share of customers without power at the event peak), as illustrated in Supplementary Figure S2. These measures are widely used in engineering and resilience studies, but their potential to explain social and perceptual outcomes remains underexplored.

A growing literature shows that direct exposure to climate hazards shapes social beliefs, policy preferences, and support for low-carbon technologies. (9,46,47) Personal experience with extreme weather and natural disasters tends to heighten concern about climate action or increase support for progressive energy and climate policies. (48−51) This pattern is evident even among minority groups and Indigenous communities. However, the literature has focused more broadly on hazard exposure than specifically on infrastructure disruptions.

Studies centered explicitly on power outages are comparatively limited. For example, (28) researchers examined California’s 2019 public safety power shut-offs and found effects on behavioral intentions, climate attitudes, utility perceptions (i.e., attitudes toward utilities), and government trust (i.e., politician approval ratings). Yet, most existing studies rely on aggregate national survey data (41) or single-state cases, overlooking spatially explicit factors such as local outage experience that may shape belief formation. At the national scale, the U.S. Department of Energy (DOE)’s The Environment for Analysis of Geo-Located Energy Information (EAGLE-I) data set provides county-level outage data from 2014 to 2023 and is widely used in engineering analyses of grid reliability. (52,53) To date, applications have largely focused on physical infrastructure resilience with far less attention to the social or perceptual dimensions of disruption...


"Expected," the word I highlighted is probably too loose a word, but perhaps my bias is making me too picayune about Benny's work here. From my perspective this is observed, not "expected." The ongoing collapse of the planetary atmosphere expressed as extreme weather is not something that's going to happen in the future. It is observed now.

The authors also define the "Energy Burden," the cost of energy, as a mechanistic issue, specifically referring to air conditioning, which is now necessary at times for human survival.

Energy burden (EB), defined as the percentage of household income spent on energy costs, represents a more precise measure of energy-related hardship and insecurity than income alone. (54,55) In some countries, EBs are so serious, and pronounced, that they become affiliated with the term “energy poverty” or “fuel poverty,” referring to those who spend more than 10–15% of their monthly income on heat or electricity services. (56,57) This focus on a financial definition of burden corresponds with the fact that income reflects resources available, whereas EB measures the claim utility costs make on those resources, more closely reflecting households’ day-to-day constraints. Yet most studies use income as a proxy for economic constraint, overlooking EB as a direct measure of household energy hardship. This gap matters: high burdens force trade-offs among essentials (e.g., housing, healthcare, utilities), which can diminish attention to long-term environmental risks and reduce environmental engagement when immediate survival needs take precedence. (55,58,59)

The problem of high EBs is exacerbated by extreme weather. Households have to operate their air conditioners for longer periods of time during heat waves and face greater heating needs during cold spells. Additionally, severe storms have the potential to disrupt the power supply, resulting in price increases or outages...


Despite the dishonest rhetoric which Sovacool and many others hand out that wind and solar are "cheap" - ignoring the very real and profound but hidden economic and environmental costs of fossil fuel redundancy, unreliability, mass and land requirements and short infrastructure lifetimes - the reality is that so called "renewable energy" leads to high electricity prices. The highest residential electricity prices in the United States outside of Hawaii , are in wind and solar "heaven," California, where the average statewide residential price reported by the EIA is 31.97 cents per kWh compared to a national average (including Hawaii) of 16.48 cents per kWh. (cf. Table 5 "T5a" : EIA Electric Sales, Revenue, and Average Price, accessed 12/31/2025)

(One is invited to compare electricity prices in France compared to Germany.)

I would suggest that Benny look at results, not cherry picked theory.

Anyway, the paper under discussion is not a bad one; indeed it's a good one as social science papers go.

Some figures from the text:



The caption:

Figure 2. Summary of climate change beliefs across the United States. (a) County-level estimated percentage of adults in 2023 who believe climate change which measured by six indicators. (b) Distribution of county-level climate change beliefs in 2023. (c) Climate change beliefs (Happening) by age and gender. (d) Climate change beliefs (Happening) by race and political party. (e) National average climate change beliefs over time.




The caption:

Figure 3. County-level power outage events reported in 2,925 counties across the United States. (a) Geographic distribution of county-level maximum power outage durations in 2023. (b) Geographic distribution of county-level power outage event counts in 2023.




The caption:

Figure 4. County-level changes in belief (Human), categorized by quantiles (αp) of maximum outage duration changes, as estimated by our linear regression model (see eq 4 in Methods). Positive values on the vertical axis denote increases in climate change beliefs. Panel labels (2020, 2021, 2022, and 2023) denote years of comparison to 2018. Higher quantile numbers represent counties with greater increases in power outage durations, while the y-axis reflects the percentage change in climate change beliefs (Human) relative to 2018 levels.


The opening sentence of the conclusion to the paper:

To the best of our knowledge, this study presents the first nationwide geospatial analysis of how power outages and EBs interconnect with public climate change beliefs across the U.S. Our findings reveal a nonlinear and regionally heterogeneous relationship. Prolonged power outages are generally associated with stronger climate change beliefs, especially in the South, West, and Midwest, but this pattern is attenuated or reversed in areas with high EBs...


A comment on the part of this sentence I have bolded: It is widely believed, but demonstrably untrue, that so called "renewable energy" represents a solution to address climate change. The purpose of "renewable energy" hype was never about addressing the use of fossil fuels. On the contrary it was, is and always will be about attacking nuclear energy, nuclear energy, as I often point out by the use of data, being the only realistic approach to addressing climate change. Thus the trillions squandered in the last decade on solar and wind energy are not making things get better, arguably (I would say "definitively" ) they are making things get worse, faster, as any look at the numbers for the concentration of the dangerous fossil fuel waste carbon dioxide in the atmosphere clearly show. The "Energy Burden" - the high costs associated with the useless reactionary belief that so called "renewable energy" has something to do with climate change - leads to counter productive "beliefs," although belief has nothing to do with, and often conflicts with, reality.

The disturbing, and perhaps psychologically inevitable, thing is that the acceptance of reality - in this case that extreme global heating has anthropogenic causes - is a function of personal experience, which may or may not be correctly interpreted on an individual basis. A different, but perhaps related examples were those we saw during Covid where people refused vaccines and went to their deaths pleading, even screaming, to be treated with the cattle de-wormer Ivermectin.

The planet is in a world of shit.

I wish you the happiest of New Years.


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