Air conditioning is one of our great guilty pleasures. When your town is suffocating under a 100-degree heat dome, there’s nothing like the sweet relief that comes from returning home, cranking up the AC, and leaving behind the sweltering outdoor atmosphere for the cooler, crisper indoor one. As the first major heat wave of 2025 bakes the Northeast, South, and Midwest, nearly 150 million Americans are discovering that fact anew.
[time-brightcove not-tgx=”true”]But air conditioning comes at a high price. The two billion units operating worldwide are responsible for 7% of annual global greenhouse gas emissions, according to the United Nations Environment Program—a figure that is expected to double by 2030 and triple by 2050, when more than five billion units are projected to be in use. This will drive a climate spiral, with increased carbon output pushing global temperatures even higher, leading to still more air conditioning use and still higher temperatures and on and on.
“Air conditioning is becoming a lifeline in this overheated world,” says Ankit Kalanki, a cooling expert at RMI, a research and public policy group originally known as the Rocky Mountain Institute. “It’s no longer a luxury. We rely on air conditioning for comfort, to feel productive, to feel safe and healthy, and this is an invisible driver of electricity demand and emissions.”
That fact leaves a lot of people feeling guilty over their own AC use. Our grandparents got by with fans, light clothing, drawn shades and cold drinks; even in the face of climate change, couldn’t we do the same for at least routine summer heat?
“The feeling of guilt comes from a sense of responsibility to do something,” says Fionnuala Walravens, senior campaigner at the Environmental Investigation Agency, a green advocacy group. “We ask ourselves ‘What can we change?’”
Read more: The Most Efficient Way to Run Your AC During a Heat Wave
AC guilt is only a piece of the larger phenomenon of climate guilt, the responsibility and even shame many people feel if they aren’t recycling perfectly, composting regularly, driving minimally, and keeping energy consumption as low as possible. “There are often a lot of emotions that are connected,” says Wendy Greenspun, a clinical psychologist who is affiliated with Climate Psychology Alliance North America, an educational nonprofit. “There is sadness, anger, anxiety, fear—lots of different emotions that I put under the umbrella of climate distress. Guilt may be one of those.”
Managing all of those emotions—and taking all of the green steps to ameliorate them—can be a considerable lift, and almost no one can claim to be a perfect climate citizen. But when it comes to air conditioning there are plenty of coping measures—ways to keep your use of cooling in check while at the same time accepting that in an increasingly sweltering world, air conditioning is a daily essential.
The most significant—if most expensive—step you can take to reduce the carbon footprint of your air conditioner is to scrap any model you bought 15 years ago or earlier and upgrade to a new one. In 2010, the U.S. Environmental Protection Agency (EPA) banned the sale of new AC units (either central AC or window models) that use Freon—also known as R-22—as a coolant. Freon, which can leak from home units and often has to be replaced and topped off by a service person, has a so-called global warming potential (GWP) of nearly 2,000—meaning it packs 2,000 times the planet-heating punch of an equivalent amount of carbon dioxide. New units now use Puron Advance—also known as R-454B—which has a GWP of just 465. That’s still considerably more than CO2 (which, by definition, has a GWP of 1), but a whole lot less than R-22.
“Industry is transitioning to alternatives that have a much lower environmental footprint,” says Kalanki. “There is a lot of promise when it comes to what kind of refrigerants can provide similar cooling without impacting performance.”
Disposing of old units is a bit more complex than just tossing them in a town dump. Many state or local laws require that refrigerant first be drained by an EPA-certified technician, after which the AC can be recycled or carted off by local curbside pickup programs.
Kalanki also recommends buying what are known as smart air conditioners, units that connect to WiFi and can monitor energy use and be controlled remotely via phone. Smart AC’s make it possible to pre-cool your home, turning the unit on when you’re away to lower the temperature before you return, allowing you to shut the AC off—or at least turn it down—during peak evening use when air conditioners are commonly operating at their maximum. That can make a big difference to the larger world as air conditioners currently account for 40% to 60% of peak demand on the grid in the summer. Keeping your electricity use low in those hours also saves money, as energy companies often charge more for power consumed in that window; curbing consumption at such times can also help avoid grid crashes or blackouts.
“A smartly designed unit,” says Kalanki, “can sense and measure how much of an energy load is required to cool a space. You can really reduce energy consumption significantly.”
Architects and designers of apartments and single family homes have a role to play too. Better insulation, for example, can not only keep out the cold in winter, but keep in the cool during summer. Shades and awnings to screen out the sun can help too, as can painting roofs white—instead of the common black tar seen in cities—which reflects away the heat and light that black roofs absorb. “There are a host of these passive strategies that can be used when buildings are designed,” says Kalanki.
Buying, renting, or renovating a home with a mind toward these efficiencies, as well as installing new, upgraded AC units and heat pumps can not only reduce your carbon load, but reduce your emotional load—bringing down some of the guilt that comes with gobbling too much power in the summer months when energy use spikes.
A few other simple adaptations can help as well. Businesses like law firms and banks can relax their suit and tie rules during the summer, says Walravens, lightening the load on office air conditioners that have to make the environment cool enough for people wearing dark layers in triple-digit temperatures. Adjusting our own internal thermostats can help too. As of 2022, 88% of American homes had air conditioning, compared to fewer than 10% of European homes, according to MIT Technology Review. And we drive our units hard. One TIME analysis from 2022 found that U.S. residences are kept at around 74° F even when no one is home, and 70° F when the family returns.
“We have to change our mindset a little,” says Walravens. “The reality is we can survive and be productive at higher temperatures. That may at first seem a little bit daunting, but it’s going to use a lot less energy and cause a lot less guilt.”
Of course, you didn’t cause the climate crisis all by yourself and you can’t remotely fix it alone either. The best you can do is play your small part and let go of the sense that you’re to blame.
“We as individuals can be change agents,” says Michaela Barnett, a civil engineer and the owner of KnoxFill, a bulk sales business that seeks to limit the use of single-use containers. “We can reconceptualize the way that we think about our individual actions for change and the way we’re living in line with our values. But we should also give ourselves grace and patience, not bearing all of the weight either, because that’s not productive.”
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