@@ranveetsingh4288 🏜️we in Arizona have less humidity than most places on earth 🌎🌍. Swap coolers or anything that uses water is awful humid 🥵. Dry or humid, humidity affects any place 👍.
We use the same principle here in Arizona pushing air through saturated material, such as straw or fabric. Call them evaporative coolers. Works great in areas with very low humidity only
You are right. It only works when humidity is low. In India dry heat is only 3 months, followed by 4 months of Monsoon rainy season so evaporative won't work then.
@@Pww642 I've heard Ground Water cooling is better in such climates. Do you guys experiment with it and what about solar? Is it feasible there? In India, the Government is heavily promoting Solar and we have these electric meters, which subtract the units produced from solar cells and sent to the grid to reduce overall bills.
@SevengersKiSenaOfficialSo? The point of this cooling system is to avoid the heating created on the outside by AC units, which in turn maked the outdoor more unbearable and pushing more people indoor with more AC Reliance. A small solar pump doesn't do that
@SevengersKiSenaOfficial *_I'm sorry, this is going to be looooong._* *_You've been warned.._* Do you know what the wattage and cost it would take to move enough water over those tubes in a month to cool your home off? I would say less than ½ of the cost it would take to run your energy efficient refrigerator in your home. *_....OR...._* You could let mother nature at her finest do the work for you instead of using electric. You would need or use... *_Gravity.._* *_Water-flow.._* *_Water-wheel.._* Remember how water-wheels were used in flour mills from many years ago in the past? The only major cost in the beginning would be... *_• Labor cost.._* *_• Cost of material.._* But if you were installing a new A/C unit in your home, that would cost anywhere between....what $5-7K, hell maybe even more. That's not counting... *_• Repair cost.._* *_• Replacement of the unit if is beyond repair.._* *_• Cost in monthly energy bill.._* All you need to worry about in THIS cooling device cooling your home would be replacement of the.. *_• The tubes.._* *_• The water-flow.._* *_• Material in the water-wheel.._* Which you could do by yourself, with a little bit of.. *_• Handyman know-how.._* *_• UA-cam.._* *_• Tools.._* *_• Elbow grease.._* *_• Materials.._* Which would be more cost less than a A/C unit in your home, because you would need a technician to come out to your home too... *_• Maintenance.._* *_• Replacement of your A/C unit.._* But also remember, using mother nature way, your monthly electric bill...your monthly energy cost would be $0. Plus, you would have that beautiful sound of flowing water in your home..
200 years old British made distt court building still feel cool in summers.without water.they use flow of air intake small and pass through galery which is connect to every room.good ventilation is the key.
There is another MAJOR PROBLEM with this design ,bacterial/contaminant a strong likelihood,cleaning thoroughly is close to imposable. Cheap is not always better.
These style coolers do work great in low to medium humidity climates. Though they can be extremely unhealthy if not monitored and cleaned very regularly.
Was thinking that the model could be improved by having all the tubes connected to some pipes that go up high enough to experiment with the corona motor, its on youtube, also because the pipe is high enough it will be able to turn the little fans wirelessly, the idea would be to have the pressure difference in the pole be more isolated so the suction in the tubes is remote but keeps the water from falling out so fast and may cause more action in the tubes, also attempting to use a fog catcher to run the water using the ancient power of that screw deal to get the water back into a place where it could evaporate, plus using aerogel inside a peltier is something I just thought of, an maybe starlight for the hot stuff, also thought of coming up with a tesla tube that flips a 180 just flips around, an 1 that does the same thing without flipping, and maybe using buoyant switches and canals somewhere maybe the frequency may have an effect
@@MrGarthboy that's a very enthusiastic concept you just explained and I'm curious if that's something you just thought of right now in a few minutes or something youve been putting together for somr time piece by piece on paper or just in your head? Some pretty interesting concepts I can honestly say I don't have enough knowledge 2 immediately say it won't work but I have enough knowledge of all the things you mentioned to understand what you are getting at and I am very intrigued. Much love
@DetroitFettyghost I just thought of some of it but ya I had to learn as I went along I just thought yesterday about putting starlight or aerogel in a peltier unit, and the switching without movement tesla tubes, maybe memory metal, or pressure activated, surfboard stuff for buoyancy switches great for canals thought of decade ago, the quartz electric from the lighter deal might make a good switch possibly help power some the induction motor energy transfer during a part is wireless.
It's not air conditioner It's a swamp cooler It's works differently from normal AC and swamp cooled are only effective in some of weather area (less effective in hot humid area)
Cooling of bee hives is through fanning of the wings of the bees. It has nothing to do with the hexagonal shape of the individual cells. That is merely an efficient use of space and provides greater strength to the structure. The individual cells are plugged with pupae, therefore no air passes through them. The cooling system here exhibits none of the mechanics of a bee hive other than a passing similarity. However it is still an effective way of cooling the air and has been practicing for a long time in the greenhouse farming industries among others. Nothing new here.
Bees flap wings to evaporate moisture from their honey and wax. That evaporation is what cools it. aka.Evaporative cooling. Which is exactly what happens here. The hexagonal shape thing was probably something the narrator pulled out from their ignorance. I have watched an older long format video on them, they don't say anything about 'hexagonal shape', which is exactly why it's not in hexagonal shape. But their shape does have significance, as their inlet opening is larger than the outlet to create Burnauli's cooling mechanism
People saying it uses motor to send water. Well, the water tank sends water naturally to taps.. Additionally The pump uses way less electricity than AC.. and the earthen tubes stay wet for about 15-20 minutes after water is stopped. So yes, this is still much more cost effective than AC (it will not cool the surrounding drastically like an AC does, but it will make the place livable)
It's exactly an inefficient Water cooler. In older times in Rajasthan they used desert grass, moist by water on windows, the same grass used in older desert coolers. That idea is actually more simple and effective.
@@shironoyami7002 the question should be, "will it bring greater cost benefits?", because either way we are going to use some kind of cooling technology, so a sustainability and affordability should be the things to consider
@@Omer1996E.C yeah this looks very interesting in a glance, but can't be made functionally in smaller sizes, can't be used in every part of the world and can't be used for household.
Evaporative cooling is not a new invention. It has been there since ages. I have seen vervain (called "Wala") curtains on the side on a fan boxed with water container at the top and water seeping on those vervain curtains. Those did wonderful job.
Water must be reverse osmosis Filtered, otherwise Black Mold and Cyanobacterium can build up and spread. The water pumps can be powered through solar and down flow of the water drainage. It's a cool 🆒 idea 💡😄.
There are other ways to keep home cool during summer. This cannot be a solution while it consumes lot of water. The water evaporates soon in this method in summer.
This is the same concept used in air coolers when hot air passes through the cooling pads soaked with water fitted on each side and thus cooling pads absorb the heat and then give us cooling air.
هذا الاختراع يلزمه شيئان الاول مصدر ماء مستمر والثاني اما منزل يدور حول محوره حتى يوجهه باتجاه الريح او الخيار الثاني ان يكون مصدر الهواء يأتي من اتجاه واحد لا يتغير
@@k0nanick so it is useless unless it was installed near high mountain with cool freash and clean water stream on top of it, then why do i need cooling air if i was live in that kind of place?
Correction : water is a great heat conductor. Terracotta is a very poor heat conductor but due to its porous material construction it is quickly soaked with water and therefore becomes a very good heat conductor
This could potentially work if you enclosed the space around the tubes so that the water running over the tubes is not exposed to air and light. The interior volume would need to fill up with water which would also remove oxygen. Then the water is separate from the outside environment and doesn't contribute to humidity. And maybe use aluminum tubes which have excellent thermal conductivity (and are not porous).
This is to avoid harmfull gases which comes from AC , yes this also needs electricity but this does not produce the harmfull gases like chlorChlorofluorocarbons (CFCs)
Only good in open outdoor areas. Mold and algae will appear inevitable and they pose serious health hazard especially in enclosed areas. They also need to make sure that all surfaces have no stagnant water to prevent mosquitoes breeding there.
How do you move the water and the air? Heck... how do you source the water for the reservoir? A guy with a bucket going up a staircase? It's also obvious they didn't want to use ant energy to bake the clay, because you can see they are dissolving and the water ir murky...
In my dad's house, he had a fountain running outside his room. The circulating water inside the pipes within one of his room's walls was enough to cool the room within 25-27 degrees C, well below the ambient temperature outside which is around 33 to, nowadays fucking up to 40 degrees with stupidly high humidity. I was very surprised to find his room cool even in midday. He doesn't run into humidity problems because the fountain was outside.
AC technology has been around for thousands of years in India. But this technique was expensive at that time and people were hired to pour water on those earthen taps. Kings or rich people in India used this technique by paying money.
It required electricity for the water circulation pump and the fan. Saves the compressor electricity through. So surely cutoff atleast 50% electricity for sure. And if the part of fountain water flow then save that electricity too.
1. छत पर हैंडपंप लगा कर टंकी में पानी भर दो नीचे ड्रम टैंक लगा लो हर एक घंटे में हैंडपंप चलाना। 2. पवन चक्की लगा लो जो पानी को उपर ले जाए गांव में हवा चलती है ठीक ठाक। 3. सोलर पैनल लगा सकते हो। 4. टेराकोटा पैनल को रोटेटरी बनवा सकते हो हर 5 मिनट में घुमाना पड़ेगा।
The problem is the regions with high relative humidity, since evaporation will be very minimum and that is why cooolers doesn’t work in these regions.. Example Kolkata and far east..humid and hot at the same time
This is basically what ACs do except with refrigerants and in a much more efficient, sleekier, and controlled manner. This system also cannot work unless the water is being cooled as the water will heat up if the weather is hot and especially if its recirculated, not to mention how impractical this is to use and setup, also this is a horrible idea as im assuming there is no filter and disinfection so this could be a source of bacteria and viruses and especially the fact that it will get full of fungi and algae and it will carry spores, and not to mention how little it would actually cool unless the water was at low temperatures and there was a fan blowing the air from behind. Also the heat HAS to go somewhere, it will either just get carried in the air with the water which might make it seem cooler until the air gets saturated with more moisture or it will need to be pumped out (like in normal ACs) by cooling the water.
We use this technology in our house corridor...its a centre of attraction in our house...also those are worried about electricity bill, well we use dripping method on top of it / and it harly takes 3-4 bucket of water each day as we use it in peak sunlight time that is 11-4 and thats it ... i don't it is that costly
Well this could be solution to heating Island prob but main area of concern is reliable supply of water. Which is hard to get even if we use waste water still we will left with bad order in air
In outback Australia, in the early days, the settlers used what they called a Coolgardie Safe. Just wind flowing through wet hessian sacks. Not sure what powers the water flow in this video.
Dude didn't design it .. he just upgraded the type of AC vent we use as Engineering students back then using water bottles and sprite or Coca-Cola bottle on our room window 😂... we don't really need water, and that method he's using consume alot of water or if he use a motor to reuse water then obviously he will use electricity...
THIS IS NOT AIR CONDITIONING! It's a swamp cooler. Adds humidity and removes small amount of heat. Air conditioning uses refrigerant to transfer heat energy from occupied space to unnocupied space. Your welcome 😁
It works good and dry climates it will work in a humid climate, but it’s too much moisture will cause black mold to grow in your house. It’s unhealthy.
So while this is true, the issue is that it doesn't actually remove the heat. Without having a method of pumping the heat outside, all this does is create a 'cool spot' while maintaining the exact same amount of heat energy in the room.
Neither the terracotta tubes are hexagonal, not does this qualify as AC. This requires electricity to run water on tubes. This is a modified Water COOLER. That's it.
Meanwhile water pump 🙂 running without electricity
Nice one.😂😂😂
It's built near flowing rivers
@@nandanbhat629 that makes it even more useless
@@nandanbhat629 how if under waterfall?😂
Yehi comment karne aaya tha...... But aapne to pehle hi pel rakha hai 😅 👍🏼
90% humidity says hi.
It can be used in places where humidity is less
@@ranveetsingh4288 🏜️we in Arizona have less humidity than most places on earth 🌎🌍. Swap coolers or anything that uses water is awful humid 🥵. Dry or humid, humidity affects any place 👍.
Lady: this is a air conditioner
Me: this is triggering my trypophobia.
I just said that same thing!😂 this thing puts me in a bad mood. Weird feeling in my temple.
Sahi baat
Don't betray india
I said the same thing..I got mad. And started itching
Evap cooler yes not how 99% of AC units work
We use the same principle here in Arizona pushing air through saturated material, such as straw or fabric. Call them evaporative coolers. Works great in areas with very low humidity only
You are right. It only works when humidity is low. In India dry heat is only 3 months, followed by 4 months of Monsoon rainy season so evaporative won't work then.
I live in Phoenix and evap coolers don’t help much when it’s 120 degrees out. At that point you really need AC.
@@Pww642 I've heard Ground Water cooling is better in such climates. Do you guys experiment with it and what about solar? Is it feasible there? In India, the Government is heavily promoting Solar and we have these electric meters, which subtract the units produced from solar cells and sent to the grid to reduce overall bills.
It's very common in Pakistan but it doesn't work during monsoon, actually it would make the humidity worse
Swamp cooler 😊
"Inspired by the HEXAGONAL shape of bee hive"
Let's make them Circular tube
🤣💯
Because circular tubes are easy and cheaper to make.
I thought they were talking about voids
😂😂
If it was hexagonal, it would be hard for water to pass
The water bill exceeded electricity bill😂😂😂😂
No water is re circulated
@SevengersKiSenaOfficialSo? The point of this cooling system is to avoid the heating created on the outside by AC units, which in turn maked the outdoor more unbearable and pushing more people indoor with more AC Reliance. A small solar pump doesn't do that
@SevengersKiSenaOfficial
*_I'm sorry, this is going to be looooong._* *_You've been warned.._*
Do you know what the wattage and cost it would take to move enough water over those tubes in a month to cool your home off? I would say less than ½ of the cost it would take to run your energy efficient refrigerator in your home.
*_....OR...._*
You could let mother nature at her finest do the work for you instead of using electric. You would need or use...
*_Gravity.._*
*_Water-flow.._*
*_Water-wheel.._*
Remember how water-wheels were used in flour mills from many years ago in the past?
The only major cost in the beginning would be...
*_• Labor cost.._*
*_• Cost of material.._*
But if you were installing a new A/C unit in your home, that would cost anywhere between....what $5-7K, hell maybe even more. That's not counting...
*_• Repair cost.._*
*_• Replacement of the unit if is beyond repair.._*
*_• Cost in monthly energy bill.._*
All you need to worry about in THIS cooling device cooling your home would be replacement of the..
*_• The tubes.._*
*_• The water-flow.._*
*_• Material in the water-wheel.._*
Which you could do by yourself, with a little bit of..
*_• Handyman know-how.._*
*_• UA-cam.._*
*_• Tools.._*
*_• Elbow grease.._*
*_• Materials.._*
Which would be more cost less than a A/C unit in your home, because you would need a technician to come out to your home too...
*_• Maintenance.._*
*_• Replacement of your A/C unit.._*
But also remember, using mother nature way, your monthly electric bill...your monthly energy cost would be $0.
Plus, you would have that beautiful sound of flowing water in your home..
Fools don't know that a small pump consumes far less electricity that a AC condenser.
Using the solar energy boss
Humidity has entered the chat, but I love it, would have one in a large greenhouse.
Or the desert.
Yeah theybshould focys on the sun instead solar power since there is lotsbof sun there...
And bettervinsulation of heat humidity
Not suitable for everywhere but nice concept indeed.
@@thebeautifulanimalexactly. Depening on the environment it may work out just right.
If it's humid and heat environment... Mold is a hazard
200 years old British made distt court building still feel cool in summers.without water.they use flow of air intake small and pass through galery which is connect to every room.good ventilation is the key.
Where it is
@@Hleagh india
@@arsalanahmad1909which city
@@arsalanahmad1909 arrey i also live in india. I am asking which district it is..
There is another MAJOR PROBLEM with this design ,bacterial/contaminant a strong likelihood,cleaning thoroughly is close to imposable. Cheap is not always better.
Reverse osmosis 11 Stage filters on Amazon for under $300 USD.
Expensive for most other countries 😞.
use bleach fool
These style coolers do work great in low to medium humidity climates. Though they can be extremely unhealthy if not monitored and cleaned very regularly.
Oh yeah that's a good point you could get all kinds of mildew and bacteria growing in there pretty quickly.....💯
Was thinking that the model could be improved by having all the tubes connected to some pipes that go up high enough to experiment with the corona motor, its on youtube, also because the pipe is high enough it will be able to turn the little fans wirelessly, the idea would be to have the pressure difference in the pole be more isolated so the suction in the tubes is remote but keeps the water from falling out so fast and may cause more action in the tubes, also attempting to use a fog catcher to run the water using the ancient power of that screw deal to get the water back into a place where it could evaporate, plus using aerogel inside a peltier is something I just thought of, an maybe starlight for the hot stuff, also thought of coming up with a tesla tube that flips a 180 just flips around, an 1 that does the same thing without flipping, and maybe using buoyant switches and canals somewhere maybe the frequency may have an effect
@@MrGarthboy that's a very enthusiastic concept you just explained and I'm curious if that's something you just thought of right now in a few minutes or something youve been putting together for somr time piece by piece on paper or just in your head? Some pretty interesting concepts I can honestly say I don't have enough knowledge 2 immediately say it won't work but I have enough knowledge of all the things you mentioned to understand what you are getting at and I am very intrigued. Much love
@DetroitFettyghost I just thought of some of it but ya I had to learn as I went along I just thought yesterday about putting starlight or aerogel in a peltier unit, and the switching without movement tesla tubes, maybe memory metal, or pressure activated, surfboard stuff for buoyancy switches great for canals thought of decade ago, the quartz electric from the lighter deal might make a good switch possibly help power some the induction motor energy transfer during a part is wireless.
@@MrGarthboy It sounds good but can you explain in more easy way so that it can be applied
Don't skip engineering classes guys 😂😂
Ancient people were great than today so called engineer ( unemployed)
@@mayankraj2222 aww butthurt are you 😂😂
@@aakashr4974 no unemployed engineer 🤣
Bhakth@@mayankraj2222
if you are gonna crtitcize someone than you should at least provide a valid logical argument to support your statement.
It's not air conditioner It's a swamp cooler It's works differently from normal AC and swamp cooled are only effective in some of weather area (less effective in hot humid area)
Cooling of bee hives is through fanning of the wings of the bees. It has nothing to do with the hexagonal shape of the individual cells. That is merely an efficient use of space and provides greater strength to the structure. The individual cells are plugged with pupae, therefore no air passes through them. The cooling system here exhibits none of the mechanics of a bee hive other than a passing similarity. However it is still an effective way of cooling the air and has been practicing for a long time in the greenhouse farming industries among others. Nothing new here.
Bees flap wings to evaporate moisture from their honey and wax. That evaporation is what cools it. aka.Evaporative cooling. Which is exactly what happens here.
The hexagonal shape thing was probably something the narrator pulled out from their ignorance. I have watched an older long format video on them, they don't say anything about 'hexagonal shape', which is exactly why it's not in hexagonal shape. But their shape does have significance, as their inlet opening is larger than the outlet to create Burnauli's cooling mechanism
Swap cooler isnt new at all. Also increases humidity dramatically. Look out for mold
People saying it uses motor to send water. Well, the water tank sends water naturally to taps..
Additionally The pump uses way less electricity than AC.. and the earthen tubes stay wet for about 15-20 minutes after water is stopped. So yes, this is still much more cost effective than AC (it will not cool the surrounding drastically like an AC does, but it will make the place livable)
Water cooler- Who am I...? Am I invisible to you or am I a joke to you?😮😮😮
It's exactly an inefficient Water cooler. In older times in Rajasthan they used desert grass, moist by water on windows, the same grass used in older desert coolers. That idea is actually more simple and effective.
Low electric consumption but high water consumption
It's recyclable water
@@Omer1996E.Cwich requiere electricity
Then it will consume electric to recycle water.
@@shironoyami7002 the question should be, "will it bring greater cost benefits?", because either way we are going to use some kind of cooling technology, so a sustainability and affordability should be the things to consider
@@Omer1996E.C yeah this looks very interesting in a glance, but can't be made functionally in smaller sizes, can't be used in every part of the world and can't be used for household.
Evaporative cooling is not a new invention. It has been there since ages. I have seen vervain (called "Wala") curtains on the side on a fan boxed with water container at the top and water seeping on those vervain curtains. Those did wonderful job.
Source: trust me bro
If we connect a solar powered generator to power the water flow then it would be perfect
Power an AC with solar, instead
Water must be reverse osmosis Filtered, otherwise Black Mold and Cyanobacterium can build up and spread.
The water pumps can be powered through solar and down flow of the water drainage.
It's a cool 🆒 idea 💡😄.
Now if this can be use to help to cool outdoor AC units. It can serve the cooling needs without increasing humidity, well at least not inside.
Great
There are other ways to keep home cool during summer. This cannot be a solution while it consumes lot of water. The water evaporates soon in this method in summer.
This is the same concept used in air coolers when hot air passes through the cooling pads soaked with water fitted on each side and thus cooling pads absorb the heat and then give us cooling air.
هذا الاختراع يلزمه شيئان الاول مصدر ماء مستمر والثاني اما منزل يدور حول محوره حتى يوجهه باتجاه الريح او الخيار الثاني ان يكون مصدر الهواء يأتي من اتجاه واحد لا يتغير
then how the water circulated? if it did not use electricity?
hillside stream?
preferably a stream off a tall cool mountain
@@k0nanick so it is useless unless it was installed near high mountain with cool freash and clean water stream on top of it, then why do i need cooling air if i was live in that kind of place?
@@mnhusin509 don't knock it with me go and live there
@@k0nanick hmmmm
It doesn't require that much water
If we put cotton between 2 terracota tubes than it will require way less water 💦🌊
Like 2-3 buckets only
Correction : water is a great heat conductor. Terracotta is a very poor heat conductor but due to its porous material construction it is quickly soaked with water and therefore becomes a very good heat conductor
Only works in low humidity areas. If you use hard water, you had it. Scale formation will spoil the show
This could potentially work if you enclosed the space around the tubes so that the water running over the tubes is not exposed to air and light. The interior volume would need to fill up with water which would also remove oxygen. Then the water is separate from the outside environment and doesn't contribute to humidity. And maybe use aluminum tubes which have excellent thermal conductivity (and are not porous).
This is to avoid harmfull gases which comes from AC , yes this also needs electricity but this does not produce the harmfull gases like chlorChlorofluorocarbons (CFCs)
Water wastage
@@tripperveer that much water is not required just the terracotta should be moist
We cannot call it AC but can call it cooling system. Because AC means Air Conditioning like it maintain set temperature.
Seems like a great idea when it is hot and humid to make the air even more humid.
Right.....
A/c is also meant to DEhumidify.
Only good in open outdoor areas. Mold and algae will appear inevitable and they pose serious health hazard especially in enclosed areas. They also need to make sure that all surfaces have no stagnant water to prevent mosquitoes breeding there.
This is for not home use mostly. This is use in industries to down the heat generated by furnaces.
How do you move the water and the air? Heck... how do you source the water for the reservoir? A guy with a bucket going up a staircase? It's also obvious they didn't want to use ant energy to bake the clay, because you can see they are dissolving and the water ir murky...
This does not work in Humid areas.
Because of Humidity evaporation is very slow.
Nothing here explains how it actually works. But it does explain that the water bill will void the attempt to get a mechnical AC system.
This is old school air-conditioner. I used to see similar device that uses water such as this when I was a small kid.
Innovative prototype ecoac and Good effort Monish and team❤🎉 applause
Quite bulky though...great start ..I m sure we will have better versions soon
Electric required for pumping of water. It is just like deserts cooler not AC, due to raise humidity
👍 Let's imagine a beautiful future with less pricey technologies! 🙏
1. Cleaning theses tubes will be dsunting task.
2. Water required bill.
3. Electricity bill,
4. Tubes will attracts insect to lay egss inside.
Does not work in a humid clients…. This is the same as swamp coolers that the folks in the dessert states use like Arizona, New Mexico, Nevada etc…
In my dad's house, he had a fountain running outside his room. The circulating water inside the pipes within one of his room's walls was enough to cool the room within 25-27 degrees C, well below the ambient temperature outside which is around 33 to, nowadays fucking up to 40 degrees with stupidly high humidity. I was very surprised to find his room cool even in midday. He doesn't run into humidity problems because the fountain was outside.
AC technology has been around for thousands of years in India. But this technique was expensive at that time and people were hired to pour water on those earthen taps. Kings or rich people in India used this technique by paying money.
works well in swampy conditions
It required electricity for the water circulation pump and the fan. Saves the compressor electricity through. So surely cutoff atleast 50% electricity for sure. And if the part of fountain water flow then save that electricity too.
This is what we called air cooler, which will not be recomented for its high humidity in the coll air.
1. छत पर हैंडपंप लगा कर टंकी में पानी भर दो नीचे ड्रम टैंक लगा लो हर एक घंटे में हैंडपंप चलाना।
2. पवन चक्की लगा लो जो पानी को उपर ले जाए गांव में हवा चलती है ठीक ठाक।
3. सोलर पैनल लगा सकते हो।
4. टेराकोटा पैनल को रोटेटरी बनवा सकते हो हर 5 मिनट में घुमाना पड़ेगा।
This built into the cooling tube of a earth ship would be amazing
The problem is the regions with high relative humidity, since evaporation will be very minimum and that is why cooolers doesn’t work in these regions.. Example Kolkata and far east..humid and hot at the same time
That electric water pump 😂. Dang!
This is basically what ACs do except with refrigerants and in a much more efficient, sleekier, and controlled manner. This system also cannot work unless the water is being cooled as the water will heat up if the weather is hot and especially if its recirculated, not to mention how impractical this is to use and setup, also this is a horrible idea as im assuming there is no filter and disinfection so this could be a source of bacteria and viruses and especially the fact that it will get full of fungi and algae and it will carry spores, and not to mention how little it would actually cool unless the water was at low temperatures and there was a fan blowing the air from behind. Also the heat HAS to go somewhere, it will either just get carried in the air with the water which might make it seem cooler until the air gets saturated with more moisture or it will need to be pumped out (like in normal ACs) by cooling the water.
What keeps the mold and algae from forming? What powers the water recycling? What circulates the air?
Pop down a solar panel and make the water system a closed loop - I doubt you really need cooling when the sun is down.
I think people used this model more in Bangalore thats why they are facing water scarcity
Evaporative cooling is not air conditioning.
The commercial companies won’t like it 😂
This is how Indian architecture always was
We never used ac s or refrigerators
It might come more costly than AC and occupies more space too.
that's why it's in delhi because water bill is free of cost thankx to kejriwal
We should admire this.
The pump takes negligible electricity. That's why she's saying without electricity
We use this technology in our house corridor...its a centre of attraction in our house...also those are worried about electricity bill, well we use dripping method on top of it / and it harly takes 3-4 bucket of water each day as we use it in peak sunlight time that is 11-4 and thats it ... i don't it is that costly
If I buy a ps5 I’m either gonna try this project or pay anything to make it look like that… damn this looks incredible
Mean while mosquitoes says hii and birds got their nest
same as an air cooler, which is using water to dissipate the heat and is using dry grass in place of terracotta pipe.
This is essentially a swamp cooler. Which doesnt work in humid weather.
When you feel hot and dont have AC go to your bathroom. Free cooling there.
Well this could be solution to heating Island prob but main area of concern is reliable supply of water. Which is hard to get even if we use waste water still we will left with bad order in air
In outback Australia, in the early days, the settlers used what they called a Coolgardie Safe. Just wind flowing through wet hessian sacks. Not sure what powers the water flow in this video.
This will not work in humid climate so better call it an oversized air cooler rather air conditioner
Tryphobia.. on the opening scene
Dude didn't design it .. he just upgraded the type of AC vent we use as Engineering students back then using water bottles and sprite or Coca-Cola bottle on our room window 😂... we don't really need water, and that method he's using consume alot of water or if he use a motor to reuse water then obviously he will use electricity...
will not work
part of important aspect of cooling is dehumidification of air
this thing does not do that
A giant mold factory. This is completely useless for most people.
THIS IS NOT AIR CONDITIONING! It's a swamp cooler. Adds humidity and removes small amount of heat. Air conditioning uses refrigerant to transfer heat energy from occupied space to unnocupied space. Your welcome 😁
Well without water it will reduce temperature a bit,,,, the pressure change will do it so
Good for area with low humidity and also need wind power if no wind need fan and water pump. Still less than most. Bot not entirely no energy then.
It works good and dry climates it will work in a humid climate, but it’s too much moisture will cause black mold to grow in your house. It’s unhealthy.
So while this is true, the issue is that it doesn't actually remove the heat. Without having a method of pumping the heat outside, all this does is create a 'cool spot' while maintaining the exact same amount of heat energy in the room.
Have you ever seen the back part of a cooler??😂😂😂
Lot's of water waste in this colling system
Literally just an emthalmic evaporative cooler or "swamp" cooler more simply.
Neither the terracotta tubes are hexagonal, not does this qualify as AC. This requires electricity to run water on tubes. This is a modified Water COOLER. That's it.
Just a little problem:
If you live in a place where is hot and humid at same time, this won't work at all
This is nothing but a huge desert cooler
On humid day- mumma meri Shaktiyaan kaam nhi kar rahi Hain😆
Honeycomb pad used in coolers
This was my polytechnic college project 16 years back. Very old concept. 😂
Solar energy and this water system..damn❤
Reinventing a swamp cooler.
If you got a reliable plentiful watersupply.
Nice.. now i'm just wondering how I can fit a 2mx2m structure in my room these days..
52 °c in Delhi.
Use it .....
Evaporative cooling
Triggering people's tripophobia since 1999
I keep getting itchy whenever i see something with tiny holes clumped together
This will be popular everywhere
Not practical in a sub tropical humid environment in a lot of places in India