Source: https://e360.yale.edu/features/cooling_a_warming_planet_a_gl...
Where such a comparison does become intensely valuable is when the EU says things like "we will do whatever it takes" in relation to energy and food. The implication there is "we will out-bid anyone" and "anyone" happens to be Africa and much of Asia. That's quite a horrendous way of using your currency to export the famine and freezing that you deserve to people who had no say in your bad policy decisions.
What if this said, "Reminder that the US use more electricity for its domestic-use TV than the entire African continent."
Electricity consumption is an indicator of economic success. FWIW, I own neither AC nor TV.
The negative externalities are interesting though: using air con inside makes your outside that much hotter on a hot day, whereas in winter, nobody worries about waste heat leaking out.
From a pure energy usage perspective, it may make more sense to live in a warm climate that never needs heating versus a cold climate that never needs AC.
They're not interesting, because they're absolutely negligible. You're moving heat that was outside, back outside. Your house cooled the outside, and you're just undoing this insignificant amount of energy transfer. The only additional heating is from inefficiencies, which aren't so bad these days.
> 88% of U.S. households use air conditioning (AC). Two-thirds of U.S. households use central AC or a central heat pump as their main AC equipment.
But where I live we still need AC, fan just allowed me to put it at 80 instead of 75.
I'm generally hot and without it ... can't imagine how I'd make it.
I sometimes think I"m not far from living life like the people in WALL-E, tied to my machines (in their case chair) unable to manage otherwise.
Discovering how much better I sleep when the temp is in the 62-66F range has made a big difference. I'd hate to go back to trying to sleep with temps over 68F, certainly. Over 72F and I basically can't sleep. I mean I'm sure I'd acclimate to some degree, but it's not like I was already used to sleeping in colder temps before I tried it, so I'm pretty sure that range is absolutely better for me, regardless of what I'm accustomed to or able to tolerate.
This is the case of most “I can’t imagine” situations, just do it for a bit and your fear will prove mostly unfounded.
I used a fan. On especially hot days I would have a bowl of water with a wash rag to help cool me down.
Now its so hot that she can't imagine not having air-conditioning. An elderly woman (you know how they love the heat) that worked in the fields and cannery her entire life thinks its too hot outside.
Other than the certainty of frozen pipes
Living in the Midwest in a climate controlled house has definitely changed my tolerance for the heat, and I find it difficult to sleep in the heat when I travel back to my hometown.
I assure you, in that climate, it's miserable. After a few years though I guess you just get used to it. Take a shower and never get dry. Sleep with every window open and still sweat constantly and be covered in bugs, too. I remember during a hurricane the power went out and stayed out for nearly a week in mid-August. We pretty much spent that time in our neighbor's swimming pool.
Our refrigerator couldn't handle the heat or humidity and more than a few times we'd pour the milk and it would come out solid.
That said, I survived. You'd be surprised what you can get used to and live through, even if it's unpleasant.
Meanwhile... few similar statements about air conditioning. Which in my house -- and that of everyone else I know with an EV -- uses many times the amount of energy that charging a car does. Even when I was commuting 100km a day.
Air conditioning is the cause of pretty much all brownouts where I live here in southern Ontario.
Grid resiliency is obviously important on both fronts. And AC is critical. But it's also really expensive from an energy POV.
EVs adoption adds stress to an already overstressed power grid. The grid needs to be improved if we want EV charging to be available to the masses. It's not FUD, it's just obvious.
I visited Texas this summer and the consistency of the 100+ degree days turned me off from ever considering that part of the country. I find that it's just too hostile to life; heaven forbid you experience a power outage for a week causing your AC to become a useless heap of metal; what then?
Edit: Does this data count heating as well? Whenever I hear "AC" I typically think cooling, thus my main comment is focused on that aspect. Heating here really only needs to be enough to keep pipes from freezing, beyond that, it's very easy to stay warm with enough clothing, blankets, and body movement.
I remember when we moved in to our current house in 2015; we did the first summer without AC, but had it installed for the next year. Felt like a comfort/luxury thing. We had a bit of cash and thought it would be fun to have central air for the first time. Now I honestly don't know what we'd do if it broke.
One century ago no-one had AC, and even today I suspect that billions of people live in hot climates without AC. Sure you may argue that some of them may not have running water or toilets, either, but I think AC has to be on the 'luxury' side of the scale and also something really 'needed' when people fight the local climate instead of adapting to it.
... "By 1980 that number had risen to 63%, and in the 40 years since then air conditioning has grown exponentially and is now present in a whopping 95% of homes in the US according to the most recent US Census." https://www.fixr.com/blog/2021/06/22/presence-of-air-conditi...
You might say that this is because we need it more now, but I think it's actually just that we can afford to install it now in every new home and so we do. It's just considered standard equipment.
I think there's still a lot of low hanging fruit to pick to keep structures cool that we just aren't utilizing because of aesthetics/tradition/fashion. Solar reflective paint, retractable sun shades, etc. "Low-Tech" solutions to knock a few degrees off of the structure's internal temp could make a lot of difference.
https://www.eia.gov/todayinenergy/images/2022.05.31/Chart2.s...
Come at me, bro...
For instance, what if we used masonry instead of wood frame houses (masonry tends to insulate better; look at infrared pictures of American wood frame houses and European masonry). Also, orienting houses in proper relation to the sun and arranging rooms in a way that facilitates better air flow (embrace the summer draft). Also, evaporative cooling. I am not proposing we eliminate A/C, only find ways and build in a way that allows us to cool houses for cheaper or even for free.
We will have more deadly heat waves as a result.
We desperately need to install even more air conditioning.