God is God

I would say fixing the water shortage especially from the atmospheric as what's it removing as the ocean drinks that Spanish rome city with out water treatment management to farm land water irrigation systems which should be on higher 95% efficient system to seasonal vegetables that could yeild 5 time that per m2 while Apple trees are a little more complicated to a ground drain vs off run contamination so????end up like Hobart fisheries or get a real aquarium tank to real boys math to a pen treatment standard metrics 😁.

We can made a flight suit thats why we put it in the movies and comics

European are the best! Never buy anything from china❤🎉😊!

Can this handle a typhoon?

for me to use the virtual anylzer it requires me to subscribe

Thank you for this video and for the research links

Total lie. This has been debunked several times! No significant amount of water produced. This is Debunked Science! Mostly a scam to get you to buy this junk!

Would love to be able too contact the gentleman in the video because I have a ton of questions to ask 🎉

Waiea Water only sells the best of the best !! I’ve had two different machines by them

This could be extremely helpful and really change the outlook on water. It would be revolutionary in wartime as well

Why not related to volume of absorber? Micron thin vs meter thick performs same?

Let's look at some numbers. Since this panel does not generate water, but extracts it from the air, the amount of water will depend on the humidity of the air. Let's assume that the humidity is 30%. At this humidity (and a temperature of 30 degrees Celsius), 2 gallons of water are contained in... 841 cubic meters of air. Most likely, the panel does not extract all the water from the air that passes through it. Let's assume that the panel extracts 50% of the moisture from the air. Then, to get 2 gallons of water, 1682 cubic meters of air must be passed through the panel. On average, 1 cubic meter of air contains about 100 micrograms of dust. In less dusty areas, this figure drops to 5 micrograms, but in dustier areas (for example, deserts) - up to 1000 micrograms. But on average, it is about 100 micrograms per cubic meter of air. If you pass 1600 cubic meters of air through the panel every day, then the unit will get... ummm 58 kilograms of dust per year. Of course, some of the dust will come out. But some will remain. Let's say half will remain. But 29 kilograms of dust is also a lot. Where will this dust end up? In the collected water? Most likely - no. Most likely, there should be a coarse filter there that will collect all this dust. But... how often should it be changed, if we assume that 29 kg of dust needs to be collected (80 grams daily)? Perhaps some of these 29 kilograms will remain inside the panel. So... won't this reduce the panel's throughput? Will fungi and colonies of other microorganisms appear in the panel? And 29 kg of dust is an indicator for an average dustiness of 100 micrograms per cubic meter of air. And what will happen in regions with a dustiness of 1000 micrograms per cubic meter? The most important thing is that replacing the filters does not seem so cheap.

Lmfao in my basement we call them dehumidifiers and there cheap.

Now that is what you call quantum.👍

It doesn't matter: EXO-7's wings are not something we can create with current technologies. But maybe we don’t need to go that far to take a step forward into the future. Take a look at the wing suit. They have the sensation of flying, even though they lose 15m/s with ridiculous lift. Before wanting to revolutionize everything, we can perhaps just improve things first. We have 3D design software, we have innovative materials, we have electronic sensors, we are intelligent... Wouldn't it be possible to find a human-sized solution that increases the lift to approach that of an eagle?

Any updates after 10 months?

😎👍😊

Impressive, you know as soon as a maker is up & running, a massive oil cheque will be offered so it can be shutdown & hidden.

How about extracting water from the air when driving a vehicle?

A good start but let's go for 5 in 1. Add on board energy storage and heat pump energy extraction for warm water. Then send an armada of several thousand into the path of oncoming hurricanes to attenuate their energy by what? Maybe 1 or 2%. Just joking. Neil deGrasse Tyson recently complained about lack of engineering plans to extract energy from hurricanes. Love Neil but he was swinging wildly on this one.

3 small and inefficient energisystemt that each only generates close to nothing. But combining them in one unit - and POW miracle happens. It grows to a Gigantic Powerhouse. Gratulations !

How do you recharge these battery

How does the cost of this compare to the cleanest form of reliable energy? Nuclear £65-75 per megawatt-hour (MWh) levelized cost of energy (LCOE).

If you lose the turbines and made it smaller maybe some sort of rigid inflatable, so it could be air transportable, I could see limited use for one of these in disaster relief scenarios. Apart from that, I don't see the point.

The wind turbines will hinder the solar panels - this looks like BS. If this comes into existence let me know.

Show us the real not ai

That wind turbines shading the panels is great idea!

And those turbines aren't going to create chronic shading at all....Such an obviously bad idea.

That is a very bad idea because there is a lack of tidal, geothermal, nuclear, gas, oil, alcohol , biomass, and bicycles.

🥰

Everything is a lie. We do not have a water shortage. We have bussines that bottles water of any kind that separated from the stream for a long time. At least you can calculate how many million tonnes of water bottled by Cola company for beverages each day. Now multiply it by the number that does this bussiness. That is your water that you were looking for.

So cool!

Thanks for another interesting video, I like this 3 in 1 solution indeed. Cheers 👍💪✌

Indigenous reserves in Canada have problems with drinking water supply. This might help them.

I would be interested in learning more about this product in advance of a purchase. Please send more purchase information.

What happens to the fumes from your heater, thanks

Regarding long duration battery storage. Just watched a video about Sage Geothermal company. They are working on geothermal electricity. They also mention the possibility of using geothermal for long duration energy storage.

5 kilowatts from 9 square meters of swept area? are you crazy?

Thank you for fastenating report on hydrogel. Clean drinking water is paramount for health.

*All practical tests show that small wind turbines hardly generate any electricity! Because there is hardly any wind close to the ground.* It is also extremely gusty, which usually shortens the service life extremely! 9 out of 10 systems no longer work after a few years. *Due to the extreme drop in the price of solar panels, they produce at approx. 2% to 5% of the cost of small wind turbines!* Reliable and almost maintenance-free for 25+ years!

what a breakthrough this would be !!!

It's a shame there's so little experimental data proving this works...where is it? Also White paint is unattractive in many conditions...we need a clear coat that works effectively so that everyone will use it and it will work for any color...Also most heat gains 48%-87% come from windows not the roof or walls so why not just block all the heat from windows instead?

I really like this design, but it is assumed the wind mostly comes from the same direction? Thank you.

This technology will cause droughts

So Nicola Tesla was right after all! Be like Tesla, go vegan.

Very informative! It will relieve the drought problems in the Philippines!

*Nonsense! All practical tests show that small wind turbines hardly generate any electricity, because hardly any wind blows close to the ground.* Moreover, the wind is extremely gusty, which almost always greatly reduces the service life. Only those who MUST be off grid in winter should install a large wind turbine on a high tower. Otherwise: Forget wind power! *Solar systems, on the other hand, reliably generate over 25 -30 years electricity at approx. 3 to 8 cents/kWh.* Reliable and extremely low-maintenance.

I believe I discovered or invented a better design, but even then, it’s a very niche use-case and otherwise not competitive with commonly known methods of obtaining fresh water.

People understand that leaving the faucet to run down the sewer is wasteful, but they don’t understand that letting rainwater run down the sewer without use is basically the same kind of wastefulness.