A huge number of people still heat their homes with fossil fuels. There’s a better way. Subscribe to our channel! http://goo.gl/0bsAjO Experts call it the “cold crunch.” As temperatures rise in regions that historically haven’t needed indoor cooling, global demand for air conditioning units is expected to skyrocket. Indoor cooling is already the fastest-growing use of energy in buildings. But the emissions associated with cooling buildings are still tiny compared to the emissions from heating them — and that’s because while air conditioning uses electricity, our heat is still largely generated by burning fossil fuels. The way we heat our homes and buildings is one of the biggest contributors to climate change. But a solution may actually come from the rush of consumers looking to buy AC for the first time. They’re a huge potential market for a different kind of system — the electric heat pump. A heat pump works like a two-way air conditioner, using electricity and a chemical refrigerant to transfer heat either into or out of a building. Instead of using fossil fuels to generate heat, it uses electricity to transfer heat, and it does it efficiently. And if heat pumps are widely adopted, they could make a major impact on the carbon emissions generated by buildings. Further reading: This report from the International Energy Agency is a great visual look at how the rising demand for space cooling presents buildings with a big opportunity to make their heating systems more efficient: https://www.iea.org/commentaries/is-cooling-the-future-of-heating Check out Rebecca Leber’s reporting on another big air conditioning challenge — regulating the refrigerants that contribute to global warming: https://www.vox.com/22638093/air-conditioning-worsens-climate-change-ac And read the Carbon Switch report on heat pumps, which breaks down how much homeowners in each state can save by switching to heat pumps: https://carbonswitch.co/heat-pump-carbon-reduction-and-savings-potential-report Vox.com is a news website that helps you cut through the noise and understand what’s really driving the events in the headlines. Check out http://www.vox.com. Watch our full video catalog: http://goo.gl/IZONyE Follow Vox on Facebook: http://goo.gl/U2g06o Or Twitter: http://goo.gl/XFrZ5H
Why heaters are the future of cooling
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20 thoughts on “Why heaters are the future of cooling”
Some of you have pointed out that Technology Connections also has a video on electric heat pumps! Alec actually has two, the first of which you can watch here: https://youtu.be/7J52mDjZzto
His videos go much more in-depth about how heat pump technology actually works. Our goal was more to explain the connection between two separate climate stories: the booming need for home cooling, and the opportunity that presents to drastically cut our heating emissions. Both stories have a lot more to them than what we could get into in this video, which we hope is just a starting point!
@Phoenix 𝙾𝚙𝚎𝚗 𝙼𝚢 PROFILE It’s too obvious. Gosh
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heat pump market is far bigger than your graph in this video, half of homes in norway have them installed working mostly at heating. they also work very well down to -20C
Thanks for linking. That was the first thing I wanted to ask, lol.
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In Europe, these are very common in more rural areas. On summer days, they can use up all the excess electricity solar panels are producing and even in the winter, they are still way more effective and climate friendly than other types of heating, especially in countries with a lot of hydro or aeolic power. In cities though, the “coolest” new tech in town is sending a cold coolant through the heating grid and thus providing cooling remotely, especially for commercial and public buildings
I’m still waiting for part 2, Inverter “Heat Pumps”
Solar and wind will never be able to meet the demand now or in the future for our energy needs. But keep building those EV’s.
the future of cooling is more insulation with less co2 production during the production of the insulation. cooling isn’t a solution at all.
Inflation reduction act actually helps with all this! 4:10
In India it’s just called a split AC and I’ve never heard the word “heat pump”
You didn’t mention Dr. Willis Carrier, who invented the “modern” air conditioner.
It’s just a air conditioner in reverse
You actually mean coolers are heaters of the future
Compare with data from 1500 Mediveal Harm Period.
And the Hot Summer of 1920s and 1930s !!!! Below -15ºC outside, heat pumps dont work !!!
Wait so is a heat pump a min split..?