Energy justice is a framework for ensuring that the benefits and burdens of energy systems are shared fairly across all communities, regardless of income, race, or geography. It addresses everything from who bears the health costs of living near a power plant to who can afford to keep the lights on, and it draws on decades of civil rights and environmental activism to push for systemic change in how energy is produced, distributed, and governed.
The Three Pillars of Energy Justice
Energy justice rests on three interconnected principles: distributive justice, procedural justice, and recognition justice. Together, they form a lens for evaluating whether an energy system is fair, not just efficient.
Distributive justice asks how the benefits and harms of energy systems are spread across populations. A coal plant generates electricity for an entire region, but the air pollution, noise, and health risks concentrate in the neighborhoods immediately surrounding it. Those neighborhoods are disproportionately low-income or communities of color. Distributive justice demands that these costs and benefits be shared more equitably.
Procedural justice focuses on decision-making. When a utility company plans a new pipeline or a city government approves a wind farm, who gets a seat at the table? Procedural justice requires that affected communities have meaningful input, not just a comment period buried in a government website, but genuine influence over outcomes.
Recognition justice goes a step deeper. It asks which communities are even seen and acknowledged in energy planning. Indigenous communities, rural populations, and immigrant groups are often invisible in policy discussions. Recognition justice insists their needs, histories, and knowledge be part of the conversation from the start.
Roots in the Environmental Justice Movement
Energy justice didn’t emerge in a vacuum. It grew directly out of the environmental justice movement that gained momentum in the 1970s and 1980s, when grassroots organizations began connecting environmentalism with critiques of racial and economic inequality. Community activists mobilized against petrochemical refineries along the Gulf Coast, nuclear waste storage proposals in Nevada, and toxic dumping in predominantly Black and Latino neighborhoods. These campaigns made visible a pattern: the most polluting parts of the energy system were consistently placed in or near communities with the least political power. Energy justice took that insight and applied it specifically to how societies produce, distribute, and consume energy.
Energy Poverty and Who Pays the Most
One of the clearest expressions of energy injustice is energy poverty, a condition where households cannot afford adequate energy services like heating, cooling, and electricity. Measuring it is surprisingly complicated. The most widely used benchmark originated in the United Kingdom in 1991: if a household must spend more than 10% of its income on energy, it is considered energy poor. England and Wales have since shifted to a relative measure called Low Income High Costs, which defines a household as energy poor if its required energy costs exceed the national median and its income falls below 60% of the median poverty line after energy costs are deducted.
In the United States, the numbers are stark. According to Census Bureau and Department of Energy data, the national average energy burden for low-income households is 8.6%, three times higher than the average for non-low-income households. In some areas, depending on location and income level, that burden climbs as high as 30%. That means nearly a third of household income goes just to keeping the power on and the home at a livable temperature. Globally, 730 million people still lacked access to electricity entirely as of 2024, according to the International Energy Agency.
Beyond direct measurement of spending, researchers also use self-reported assessments of housing conditions (can you keep your home warm enough in winter?) and direct measurement of indoor temperatures against health-based standards. Each method captures a slightly different slice of the problem, which is why energy poverty figures can vary significantly depending on how they’re calculated.
Health Consequences of Energy Insecurity
Energy injustice is not just an economic problem. It translates directly into worse health. A study of New York City households found that energy insecurity was significantly associated with respiratory illness, mental health disorders, and poor sleep. Severely energy insecure households had twice the odds of lifetime asthma compared to energy secure households, and 4.7 times the odds of pneumonia in the past year. The odds of depressive disorder were 1.8 times greater, and poor sleep quality was 1.6 times more likely.
The mechanisms are straightforward. When people cannot afford to heat or cool their homes properly, they live with dampness, mold, and temperature extremes. Mold drives respiratory disease. Cold, uncomfortable homes worsen mental health. The stress of choosing between paying an energy bill and buying groceries compounds the damage. These health effects ripple outward: missed work, higher medical bills, children falling behind in school because they’re sick more often or can’t sleep well.
Restorative Justice in Energy Systems
A newer dimension of the energy justice framework is restorative justice, a concept borrowed from criminal justice studies. In its original context, restorative justice viewed crime as a violation of relationships and focused on repairing harm rather than simply punishing offenders. Applied to energy, the principle asks: what do we owe communities that have already been damaged by decades of pollution, extraction, or exclusion?
Restorative energy justice focuses on the needs of victims, whether they are nations, local communities, or ecosystems. The goal is to return them as close as possible to their condition before the harm occurred. This might mean funding health clinics in communities with elevated cancer rates from nearby refineries, or investing in economic development for coal towns facing mine closures. Importantly, restorative justice can also be proactive. When applied at the outset of a new energy project, it can prevent harm and conflict rather than just addressing damage after the fact.
Barriers to a Fair Energy Transition
As the world shifts toward renewable energy, there is a real risk that the transition itself reproduces old patterns of injustice. A California Energy Commission study identified several barriers preventing low-income communities from accessing clean energy: limited disposable income, difficulty securing financing, low homeownership rates, the age and condition of housing stock, lack of awareness about available energy programs, and incomplete data that makes it hard to even identify who needs help.
Solar panels illustrate the problem well. Rooftop solar can dramatically reduce electricity costs, but it requires owning a home, having a roof in good condition, and either paying upfront or qualifying for financing. Renters, who make up a large share of low-income households, are largely shut out. Community solar programs are one response. Washington State’s Solar for All program, for example, offers no-cost participation in shared solar projects for renters and provides no-interest loans to help affordable housing properties prepare for solar installation. These models let people benefit from clean energy without needing to own property or take on debt.
Policy Responses and Federal Action
The most prominent federal policy response in the U.S. has been the Justice40 Initiative, which established the goal that 40% of the overall benefits from certain federal investments flow to disadvantaged communities. This covers grants and programs related to clean energy, energy efficiency, transit, housing, and pollution reduction. The initiative represented a shift from treating environmental justice as an afterthought to embedding equity targets directly into federal spending.
Whether 40% is the right number, and whether “benefits” are being measured in ways that actually reach the people who need them, remain active debates. The Government Accountability Office has reviewed agency implementation efforts, and the practical challenge of defining “disadvantaged community” and tracking benefit flows is significant. Still, the initiative established an important precedent: that fairness in energy systems is a measurable policy objective, not just an aspiration.
What Energy Justice Looks Like in Practice
Energy justice is not a single policy or program. It is a way of asking questions about every part of the energy system. Where is the power plant built, and who breathes the emissions? Who profits from the electricity it generates? When rates go up, which households are forced to choose between heating and eating? When a new wind farm is proposed, are the people living nearby consulted, or do they find out after the permits are signed?
At its core, energy justice insists that energy is not just a commodity. It is a necessity that shapes health, economic opportunity, and quality of life. When access to affordable, clean energy is unevenly distributed, the consequences compound across generations. The framework gives communities, policymakers, and researchers a shared language for identifying those inequities and designing systems that don’t simply move the burden from one vulnerable group to another.