Super Cool material panels: 3 times more effective than PV panels for cooling

In this video we are going to look at super cool material film panels. These panels cool themselves by sending infrared radiation to the cold of space.

[@DreamingConcepts]

I follow lots of channels where new tech is revealed, but I must say that here I find the most interesting and useful stuff of all!

[@freddoflintstono9321]

I'd love to see some links to the research behind these videos as it's very, very interesting. Always interesting content.

[@bluetrepidation]

You always have the best content.

[@FB-fm3ub]

Thank you so much

[@michaeljames5936]

Great video. Thanks. Maybe everyone should send every one of these videos to their local elected representative. (In those countries lucky enough to have elected representatives.)

[@Mywhtjp]

Very interesting.

[@synergyfiles3536]

Glad you think so!

[@dominus6695]

cool alternative to water cooling in PC's

[@737smartin]

Interesting tech, well-presented! Cost and scalability are VITAL issues unfortunately not mentioned.?.?

[@synergyfiles3536]

I couldn't find that info. There is an article in Nature mag that has a few more details

[@adon8672]

Nice video. Any link to these products?

[@islandsedition]

Brilliant, just filled in the gap (reflection frequency) that was missing from all over reporting about this tech over the last year.
Presumably 3 times more effective than solar panels means a unit doing the work of a solar panel costs ¹/3 the price of the solar panel?
Remaining question would be what is the size comparison of a reflective panel to a solar panel doing the same work?

[@zombi3lif3]

Hope you follow up on this technology 🤩

[@preetsolar]

First Cmt.... Good info bro.

[@synergyfiles3536]

Thanks and welcome

[@umiturgutaswwsa]

Thumbs up

[@francisbarnett]

Could this film be fitted over pv panels to reduce the heat build up & increase efficiency?

[@dekutree64]

Some more advantages not mentioned are that it doesn't require an unobstructed view of the sky, and the direction doesn't change throughout the day. Trees are excellent natural air conditioners, but you can't have trees and solar panels at the same time. With these you could orient them to beam the radiation toward any gaps in the canopy.

[@Robert-zx2df]

It definitely needs a clear sky

[@funkknob]

What part of the spectrum does it use to reject the heat?

[@synergyfiles3536]

Infrared but a more potent range of infrared

[@l0I0I0I0]

@@synergyfiles3536 so it converts all IR to 8. -13 um and emits one way only?

[@mr.ComnandoSpawn]

I have a *Amazing idea of a Video* Suggestion comparison *Video* I wanna *request.*

[@dotanwolf5640]

this could work at night in dry deserts, where its already cold...any where else just paint white and get it done with.

[@l0I0I0I0]

Did you say 8 to 13 um? IR is according to wiki :. IR is categorized as IR-A (780 nm-1.4 µm), IR-B (1.4-3 µm) and IR-C, also known as far-IR (3 µm-1 mm). So it "transforms or converts" all IR to 8um to 13um and emits it out to space?

[@dotanwolf5640]

thunderfoooot!!!??

[@J0hn1o1o]

Nothing to debunk here
Engineering challenge is storing the cold refrigerant at night an releasing it during the day

[@timm2845]

Nice talk but you need to show it and give info on system. sky cooling?

[@75hilmar]

If everything you said is true imagine the whole world using this instead of conveentional ACs. It will solve global warming.

[@tangoone6312]

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