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It amazes me that people still build above the ground below the ground. It stays the same temperature year round. You'll never deal with a hot summer. You'll never deal with a cold winter. You'll never deal with a tornado. You'll never deal with a hurricane It's not rocket science people
Interesting topic, but I had to click off early because you’re talking too fast to fully comprehend and process what you’re saying! You’re not alone; many presenters today do the same thing….I guess it’s just the way of the day?! I believe that there could be much gained from letting your audience know that you care enough about your subject (and their understanding of it) to take your time, and make sure that your message is fully heard and received by all who are listening?!
@@lijohnyoutube101no, evaporative cooling doesnt work well in humud areas, obviously. And most citites where people live, most not all, are in areas where humidity is relativley high. Notice how he only talk about desert areas? The one place these things work well.
@JohanHultin by controlling humidity you can control temperature and hear transfer, that's what comfort is. Look for a psychometric chart, it's very interesting
I know way back in the 1990's/early 2000's, they built a mall out in Nevada with one of these windcatchers. it could drop the temp of the whole mall to 58 degrees in 90 degree heat
Yeah if you make an evaporative cooling one that’s basically just a natural swamp cooler instead of just relying on wind. Zion National Park in Utah also has one in the visitor center. Hot 95 degree nights have never felt so cool.
@@hlessiavedon I certainly agree but not near as much and because those climates tend to be exposed to longer duration ultraviolet rays, mold does not propagate as well.
There was a lady who lived in an 1800s house in Georgia; her house was well maintained, and did not have air conditioning, yet was cool. You see there used to be a central tower design that was blocked off in winter (is it really winter when they rarely get snow? I live in Canada, lol) Each room has has 'window' atop the tall door, in the overly high rooms, and there is under house cooling; plus large verandas; the place never became too hot in summer, and once shifted to 'winter' was efficient to heat thanks to modern wood stove designs. I've been in older homes here in Manitoba, Canada, and I'm always amazed at the care and thinking that went into everything from where the house is placed, windows, roofs, tree plantings, everything for efficiency...funny how we lost that.
I imagine in the short term its cheaper to slap a ton of cookie cutter homes with "modern technology" rather than looking back and using what worked thousands of years before.
Sadly it's expensive to build house like that now, since the house prices is crazy in US. A tiny proper fabricated mobile home in average cost 200k, not including land
I live in the desert. The amount of energy used to stay alive and comfortable is mind numbing. I constantly worry about power outages and equipment failure. Either of these events is life threatening. This video makes the light bulb turn on over my head!
Should look up oljas. Bare fired clay water jugs, the water seeping through and evaporating off the clay cools the whole water dish. Gets it somewhere between room temp and fresh out the fridge. Farming communities used to cut huge chunks of ice out of lakes in winter and pack them into a fuckton of packed sawdust then dig out the ice to use periodically through summer. You can do similar with a broken down chest freezer and a bunch of 2 litre soda bottles full of ice. Couple minutes a week to swap out bottles and you should be good for a while if the power goes out. A full freezer is more efficient too so keeping spare room filled with ice bottles is always good. Another one is a couple solar powered PC fans, a hunk of ice and some holes cut in a drink cooler can make a pretty great portable aircon. There's tutorials all over the place for building them. I live in Australia, not quite as bad as desert living but God damn summer gets brutal and I'm a broke bitch lol.
@@Deyas786because every person has the resources and ability to move to wherever they want to, of course, and otherwise where they current live is perfect.
My mom did something similar to this when I was little--she'd open the upstairs windows early in the morning on days when there was a stiff breeze, and let it cool the house before closing the windows on the side opposite the wind so that cool air would come up from the basement.
Even though I live in a single floor house, the idea of heat battery works marvelously well by sleeping with all windows open and keeping an electric fan pointed towards one of the house's windows if there is no wind. Airflow is low, but over several hours, it does cool the house until around 8AM. Then I close all windows, keeping the heat out. Living without an AC sucks, but this makes it manageable.
Evaporative cooling really only works in low humidity environments. The drier the air, the faster/more efficiently the water will evaporate, so the more efficiently heat will get pulled out of the air. This means, sadly, that they don't work very well in places like the southeastern United States, where summer is also very, very humid. They work, but not nearly are well. There's a whole formula that will tell you how much cooling you can get per unit of air moved over a wet/damp membrane.
These systems also use radiative cooling which will work anywhere regardless of humidity (though clouds and rain will overshadow radiative cooling effects. Radiative cooling uses large shallow pools of water. At night when the sky is clear the water will radiate a significant amount of heat. This can cause it to freeze even on nights where the ambient temperature is above zero. Before dawn workers cut up the ice sheet and store the ice in an ice house. With modern insulation materials an even more pronounced drop in temperature is possible.
I lived in western Oklahoma in the 80s. Evaporative coolers were common then. Later we lived in El Paso TX while stationed at Ft Bliss and had Evaporative cooling in our housing. I like it better than freon air conditioning. @keith38able
We have a fan forced evaporative cooler on our roof in Australia - when its hot & dry we run it with water dripping over the intake vents ... when its hot & steamy we turn off the water & use the humidity. It works a treat & costs very little to run.
Those aren’t wind catchers though they are evaporative cooling towers and even the ancient Arabian ones used water evaporation as well instead of just wind alone. Fad boy really missed the mark on this one.
@@jussikankinen9409I was wondering if they were industrial-sized evaporative coolers that were piped into reed-covered barrack housing that is since long gone. You gotta admit….that would have been some wicked cool ancient public utilities. Also, it would explain their alignment with the sun that others use to mystify them as some beacon to alien life. Nope, not geo-tracking for some non-existent aliens; just Egyptians trying to get a break from the heat like a normal person. 😅
This is where Frank Herbert got the idea for the Fremen 'wind traps' in his novel, "Dune." This is my first contact with this concept, but the "Dune" reference is unmistakable. The novel is filled with many historical references just slightly tweaked and brought together very well. No wonder it won a Hugo Award.
@@brycemooreguitar It is a tremendously long novel, but I will have to re-read it again this year, I think. It has so many facets that it is almost always fascinating.
@@ericbartol it's absolutely worth a re read, I'm on my second time through the entire series, although I listen on audible so it makes it alot easier as I can listen while I work, and drive. But it's definitely one of my favorite science fiction series. I realize another layer to the stories the second time through.
A lot of elements in Dune even outside of the Fremen and the planet dune is taken from Iranian ideology. Mahdi is almost exclusively Persian islam as it is a concept exclusive to 12 imam Shia muslims which is a sect that was born in Iran and is the biggest shia sect. The emperor's title is Padishah which is a persian word meaning great king. Lisan al gaib is arabic for "hidden tongue". This specific title I have not seen given to anyone else in the world except Hafiz who was an Iranian Poet from Shiraz whose poems are revered as a part of Iranian mysticism. And funnily enough people consider his poems prophetic and read his peoms as a sort of prophecy to their specific questions. Like I would ask "is it wise to pursue this specific endeavour" and randomly open the book and read the poem that comes up and that poem would be my answer. Or words like selamalik which is a word with origin in Arabic but almost exclusively used in Persian and Turkish speaking countries for hello. The name for Chani's tribe's Soldiers. Fadayikin is made up of a persian and an english word. Fadayi means the thing to be sacrificed, in this case a person. Fun fact, in 20th century there were two terrorist parties called Fadayian as they focused on assassinations of government officials, one was communist, the other muslim fundamentalist. The flag of Fremen is an eagle with outstretched wings, very similar to the Achaemenid eagle flag. There is also a good chunk of influences from Turkish language. It is very interesting in general.
*I LIVE IN A COMMI BLOCK* in Bulgaria - it has a wind catcher on the roof for passive cooling in the 40c summers - its VERY effective. A giant scoop catches the wind and funnels it down to the bottom of the building, it then cools and comes up the service riser with the cold water pipes and out a vent in the centre of the apartment. Large metal plates over greats outside regulate the pressure - too much wint they lift up. This is not normal for commi blocks - I think it was experimental. BUT IT WORKS ---> Our apartment block has 90 apartments maybe 15 have AC units - most blocks that would be 70 with AC units.
Is there any chance you know the name of the architect? Bulgaria has some crazy good commi architects! I am grad student and looking into the stack currently. You would really help me out, if you could tell me more about your building!
@@aribier Sadly I know very little about the building - it was the Bulgarian Navy officer's accommodation block in the socialist times - the navy still owns the top floor, which is causing issues with the modernisation and renovation as I think the top floor is still classified, despite being full of nothing but pigeons. Architecturally its not a great building, but it is novel. The bathrooms are where the air comes out and they are in the centre of the block, I THINK they were designed as fire safety cells. If the apartment were on fire you would have clean air and water, and all walls are thick solid concrete, even if part of the building collapsed this would be the core that was left standing. Im presuming when you have a lot of valuable people in a building you put effort into their safety!?!?!? There is the obligatory nuclear bunker in the basement - but they all have that here. GOOD LUCK...!!!
@@aribier No problem - have you seen the Bus Stops of the USSR...??? They used to let young architects go wild on the bus stop design... They are AMAZINg.
Evaporative cooling does not work in the Southern United States when the air is so thick with moisture you have to cut it with a knife before you can breathe it.
Exactly. I see guys with the old "swamp coolers" on their classic cars at shows here and although it looks nostalgic evaporative coolers just don't work in Florida lol.
@@marktg98sadly, in the US you're limited to basically the states to the east or the Rockies, and the southwest. Which happens to be most of our lower population states.
My home was built in 1940 and it has a whole house fan. Being originally from Michigan, I'd never even heard of one as summers rarely required more than a window fan to keep cool or at least cool enough to be relatively comfortable. Our hvac unit went out the second year after we bought the home and I grew up heating our home with wood. The house has 2 fireplaces and so I made a fire in each and thought, "I'll use the W.H. fan to draw heat into the middle of the home. Well, it drew more than heat as all the smoke from the fires can't back down the chimneys and into the house😂. It also pulled any unlatched door open or closed depending on the direction it swung. I didn't realize it moved that much air! It wasn't viable for heating but that summer in SC I opened the basement door (which I found out is a rarity here apparently) and turned the fan on and man it kept us cool enough. At night I'd open the windows and let it run. Was it as cool as AC? No. It was cool enough to keep us from sweating our butts off or potentially having dangerously high temps in the home.
I wonder if there is a connection between windcatchers and why we call the attic for wind in Scandinavia. The longhouses from the medieval warm period had an opening just below the roof called "vindöga". A literal translation would be wind eye (the word later became window in English). I've read that the opening was used to let the sunlight in or let the smoke from a fire out, but it's a curious connection.
You're telling me, i didnt have to suffer as a kid when dad wouldnt turn on the air conditioner until it hit 100 degrees?! I just needed ancient technologies?! And wind!? 😅
There's a working one in Dubai at one of the museums. If you do a tour, they open it up while you stand under the vent. It's wild how well these towers work. There was far more wind than I expected, and with the normal air conditioning running, it made it freezing. It's very cool technology.
This didn't make a whole lot of sense when I first came across the topic ten or fifteen years ago on Wikipedia. The Iran-focused people didn't grasp the thermodynamics and the engineering-focused people didn't grasp Iran's historical application. I think the problem is that we forget we're discussing a half dozen fundamentally different passive HVAC systems that do very different things with temperature, humidity, airflow, and thermal mass. There are qanats that act as swamp coolers, there are municipal ice houses that act like seasonal iceboxes and may not even have any airflow, there are windcatchers that just equalize day-night average temperature (which can be extremely effective in deserts) or summer-winter average temperature.
There was a scene in "Kingdom of Heaven" where Saladin offered the captured king a goblet of crushed ice scooped out from a chest full of it. My late dad told me he was wondering where could they get a chest full of ice...
@@markbroad119 id argue that its more neccessity being the mother of invention. very similar to how early programming tricks were used to make use of the much lower storage/processing capacity. you can only use what resources you have, so you find tricks and short cuts to maximize those resources. conversely, today, things that programmers past might have squeezed into mere kilobytes of storage, take up megabytes because well, they have terrabytes to work with. why bother making things efficient when sheer data capacity and raw processing power can brute force any inefficiency into better performance than the 1980s could have ever dreamed? same goes for this. when you have "abundant" power, and cheap modern machinery, why bother with the effort and time to improve efficency when you can use that same brute force and abundance to make up for any loss in the move away from traditional techniques? you can even see the argument in why suddenly the attention on these things is back. suddenly, that power and machinery isnt so "cheap" or "abundant" anymore. theres more value to be had again in finding ways to make what one has go further. and so, once again, that effort in taking advantage of these natural principles is worth peoples time and energy.
Hey, so I am an HVACR / AC inspector, Thanks for highlighting this issue. Yaktchals and Wind Catchers have been an inspiration to me for years. You would be surprised to learn that Catalonian Architecture has absorbed this design. However many found here in Santa Barbara have been made as entirely stylistic. Very strange…
I have solar panels and air conditioning. When it’s hot in summer there is loads of sunlight. I really don’t get why people don’t get this. Cost Price of a photovoltaic kWh is about 0,06 - 0,08 euro in Germany. Since I have a battery as well I produce about 85% of my electricity myself. And this is in not so sunny Northern Europe
Yeah but how long will your batteries last before needing replaced? The costs of buying and maintaining solar at that small of scale is too high for me. Wood gasification is a better solution for me, but I am in a rural area with many acres.
@@KokkiePietthat's just when they will reach an arbitrary 70 or 80% efficiency compared to when they were first bought, you can use them for MANY years after that with reduced effectiveness
There's a building at the university i went to that has 6 earth tubes which seem to be along the same lines. Creating chimneys for hot air to go out while pulling cool air from the ground
I have been in the building in Zion National Park with the wind catchers and the vent at the bottom has a stone bench that you can sit on in front of the vent. It gets really cool! The towers are more like swamp coolers in that they have pads at the top that are sprayed with water and as the air flows thru the pads is it cooled and drops down the shaft which in turn pulls more air in. it can be quite breezy at the bottom.
It wasn't a mystery to me why wind capture faded with the advent of modern air conditioning, passive vs active. With wind capture, you're at the whim of nature while air conditioning wasn't, and instead you're at the whim of electricity availability.
And this functions so much superiour, especialy when the electricity is turned ON for two hours each day. This is still true for most villages and even some small towns in all regions of this video topic.
The problem is the wind catcher need the houses to be more spaced between each other, have a lot of unused space and have the wind catcher taller than any nearby building. In a big city, this is almost impossible.
Refrigeration in the ice pits of Yazd was done differently as you describe. Large shallow pools were positioned alongside the ice pits and these pools played a key part in storing ice for the hot summers. During winters, these pools were filled with water which froze overnight turning the water into ice. The ice was then cut and stored in the ice pit. This process was repeated until the ice pit was full of ice. The ice pit is a large pit sunk deeply into the soil which reduced the melting of the stored ice. Even today without ice, the ice pit is quite cold when standing at its floor. Other techniques such as the use of straw were used to keep down the overall temperature in the ice pit. The thick mud walls helped. Storing food in cellars and basements is a common practice, but the ancient Iranians took a step further.
@Today I Found Out Do an episode on the Steps at machu picchu. The geometry of the large steps creates a 5 degree temperature difference, which they used for crop acclimatization. machu picchu is not the only place in the world, where this type of technology was used.
I remember coming across a show or even a video in UA-cam talking about how in India they also have pools in certain locations of a palace that serve as an air conditioning function. The palace had certain areas where the air would flow from one side of the building to pass through the pools which evaporates the water to cool that area of the palace. Fountains and pools in general are placed in certain areas to be away from excessive evaporation but evaporate enough to cool the area.
They’ve used architectural principles like this in Federation square in Melbourne, Straya. It cools an event space room with the cool air from the river.
Yes. Modern life NEEDS to reintroduce passive systems. These particular ones are excellent, but not universal; they require cold nights to work well, for example. I live in Australia; these examples aren't sufficient for our summers, where regular week to months of heatwave mean no cool nights. We Ised to have locally developed designs. Fly large breezeway verandahs, ventilated roof spaces, stilts where floods are common. But that mostly fell out of favour from the 70s on. Now, we have the same cookie cutter homes as US, UK, etc. Except more brick & tile...and less insulation (none except in roofs) Brick veneer is durable & cheaper upkeep. Tile roof is simply a fad; sheet metal was traditional... not Modern. We have 1 foot eaves, and don't even string shadecloth off them. We have created summer ovens w air conditioners to keep them cool. And we have the same majority concrete/asphalt/stone/brick cities creating heat island effect in a hot climate.
Probably incorrect, I read somewhere that they can't make ice, they can only import ice from Europe. The Yakhchāl is only good for storing it all throughout the summer. If I'm wrong, show me a demo on how can water turn to ice if sent inside the Yakhchāl.
a old friend in Calif had this thing called a swamp cooler for his house, It was a 3 ft fan, with water dripping down what looked like straw. It was actually freezing air. I just could not believe how cold it was. Sadly is useless in FL
They also used screens over window openings, shoved grass and leaves in between the screens then poured water over the leaves. To cool the air coming into the home
@@Argosh No I was talking strictly CO2. According to the National Oceanic and Atmospheric Administration "Human activities emit 60 or more times the amount of carbon dioxide released by volcanoes each year."
I have bought solar powered fans and coolers , they all have a solar panel and a battery , the coolers suck air through a wick which evaporate water cooling the air or a mist unit . They might not go extremely cold but make it livable . Plus is my electricity bill dropped a lot in summer with a plus point that when we have loadsheding (no power) in South Africa I can still cool the house .
The limitations here are pretty obvious. Evaporative cooling works well on arid environments, but they require a lot water. In humid climates, with no wind, neither work.
As a general rule, such systems tend to have vastly exaggerated effectiveness and often have very limited situations where they are actually helpful. Of course, in pre-electricity days, there is a lot more motivation to get even a little cooling. Issues such as mold accumulation may not have been recognized as a health hazard either.
There is 1 problem with attempting to introduce this into everyone's homes.... the middle of city's have 0 wind cause all the outer rings block it. As a city expands the new ones nullify the old ones by blocking the wind.
The most ingenious design is the one that routes air underneath the house and forces air out the scoop. For effective cooling, you want to leverage the air pressure, not work against it. It's why attic exhaust fans are so damn effective.
Anything in excess is a pollutant. It just needs to reach the level of toxicity to the creatures effected. Oxygen at 100% over 16-24 hours leads to permanent lung damage. Air is around 21% oxygen.
BC and AD are historical and easy. It’s like trying to force people off pounds and inches. Sorry, Europe we aren’t interested in a new improved system 😂
this is why victorian homes had 10'(3m) walls, and floor to ceiling double hung windows. you dropped the upper sash about 4"(10cm) and raised the lower sash about the same. the warm air at the ceiling would flow out the upper sash, while cooler air came in the lower in a simple convection flow, no air mover(fan, blower, air handler, ect.) needed. i remember my grandmother doing this in her old house before they moved to a house with electric service good enough to run AC.
I wonder how effective these would be in humid climates. Probably not very. Although I have worked in arenas where we had the opposite effect. Open some doors, and open the windows at the top of the arena, and we would have a very nice cool breeze to work in. Management didn't like that, so they nailed the windows shut.
Also, the biggest component in high-rise construction is air-conditioning. Even in buildings constructed in northern latitudes, managing heat buildup is the biggest issue engineers face within the sphere of interior comfort for those inside. Could this approach be engineered into large scale high-rises to reduce the need for heavy AC blowers on the rooftops, and between floors?
I love it when the logic of the ancients shows us why something was done the way that it was done. Just because we have the technological power to change the way something was done, doesn't mean it's the best way of doing things. Besides energy savings, there is the environmental benefit of these systems.
Passive cooling methods generally won't work in humid climates- where air conditioning is needed the most. Dry air does not store heat very well, so it is quick to warm up and quick to cool off. There are places in the southern U.S. where the summer air holds so much humidity that nighttime temps won't fall past 80 degrees F in certain months of the year.
there is a place somewhere that uses a really high tower and has droplets of water fall .....by time they get to the bottom, they are almost ice...the speed of the droplets falling also cause wind velocity...you could use that cold air to cool a home
This video brought to you in part by our Patrons over on Patreon. If you’d like to support our efforts here directly, and our continued efforts to improve our videos, as well as do more ultra in-depth long form videos that built in ads and even sponsors don’t always cover fully, check out our Patreon page and perks here: www.patreon.com/TodayIFoundOut And as ever, thanks for watching!
It amazes me that people still build above the ground below the ground. It stays the same temperature year round. You'll never deal with a hot summer. You'll never deal with a cold winter. You'll never deal with a tornado. You'll never deal with a hurricane
It's not rocket science people
Do you accept submissions for video scrips?
if i pay you money on patreon will you stop using the flickering screen effect thing on all your archive footage?
No computers needed😂🎉
Interesting topic, but I had to click off early because you’re talking too fast to fully comprehend and process what you’re saying! You’re not alone; many presenters today do the same thing….I guess it’s just the way of the day?! I believe that there could be much gained from letting your audience know that you care enough about your subject (and their understanding of it) to take your time, and make sure that your message is fully heard and received by all who are listening?!
I learned about this in school for HVAC.
Theres alot more ancient methods of air-conditioning that are really neat for those interested
Someone is going to get insanely wealthy bringing back a lot of these technologies.
@@lijohnyoutube101no, evaporative cooling doesnt work well in humud areas, obviously. And most citites where people live, most not all, are in areas where humidity is relativley high. Notice how he only talk about desert areas? The one place these things work well.
@JohanHultin by controlling humidity you can control temperature and hear transfer, that's what comfort is. Look for a psychometric chart, it's very interesting
any youtube channel to recommend on this HVAC issue ?
@@JohanHultin I wasn’t just speaking to evaporation cooling. I mean incorporating more eco ways to heat and cool in general.
I know way back in the 1990's/early 2000's, they built a mall out in Nevada with one of these windcatchers. it could drop the temp of the whole mall to 58 degrees in 90 degree heat
Wow
Yeah if you make an evaporative cooling one that’s basically just a natural swamp cooler instead of just relying on wind. Zion National Park in Utah also has one in the visitor center. Hot 95 degree nights have never felt so cool.
These are on viable and safe in dry climates; in moist damp climates you run the risk of spreading mold spores throughout the structure.
@troyezell5841 dry air spreads mold spores too. You are constantly surrounded by mold and it's spores
@@hlessiavedon I certainly agree but not near as much and because those climates tend to be exposed to longer duration ultraviolet rays, mold does not propagate as well.
"Sand, clay, lime, wood ash, goat hair, and egg whites. I think this will work."
I can just see the guy slap the wall with his hand and say, "That's not goin' anywhere!"
Just imagine the number of failed experiments they had before they came up with a working mix…..lol
Must've been ostrich egss
Yea I reckon. Chuck it in 😅 home brew's a bit like that.....
I wonder if they tried using other stuff from the goats first...@@Couchintheclouds
There was a lady who lived in an 1800s house in Georgia; her house was well maintained, and did not have air conditioning, yet was cool. You see there used to be a central tower design that was blocked off in winter (is it really winter when they rarely get snow? I live in Canada, lol) Each room has has 'window' atop the tall door, in the overly high rooms, and there is under house cooling; plus large verandas; the place never became too hot in summer, and once shifted to 'winter' was efficient to heat thanks to modern wood stove designs.
I've been in older homes here in Manitoba, Canada, and I'm always amazed at the care and thinking that went into everything from where the house is placed, windows, roofs, tree plantings, everything for efficiency...funny how we lost that.
Plastic houses dont last 50 years
@@jussikankinen9409 Junk.....
Not funny maybe......
I imagine in the short term its cheaper to slap a ton of cookie cutter homes with "modern technology" rather than looking back and using what worked thousands of years before.
Sadly it's expensive to build house like that now, since the house prices is crazy in US.
A tiny proper fabricated mobile home in average cost 200k, not including land
I live in the desert. The amount of energy used to stay alive and comfortable is mind numbing. I constantly worry about power outages and equipment failure. Either of these events is life threatening.
This video makes the light bulb turn on over my head!
That sucks, why don't you move??
@@Deyas786family, job.
Should look up oljas. Bare fired clay water jugs, the water seeping through and evaporating off the clay cools the whole water dish. Gets it somewhere between room temp and fresh out the fridge.
Farming communities used to cut huge chunks of ice out of lakes in winter and pack them into a fuckton of packed sawdust then dig out the ice to use periodically through summer. You can do similar with a broken down chest freezer and a bunch of 2 litre soda bottles full of ice. Couple minutes a week to swap out bottles and you should be good for a while if the power goes out. A full freezer is more efficient too so keeping spare room filled with ice bottles is always good.
Another one is a couple solar powered PC fans, a hunk of ice and some holes cut in a drink cooler can make a pretty great portable aircon. There's tutorials all over the place for building them.
I live in Australia, not quite as bad as desert living but God damn summer gets brutal and I'm a broke bitch lol.
Thanks for the info
@@Deyas786because every person has the resources and ability to move to wherever they want to, of course, and otherwise where they current live is perfect.
My mom did something similar to this when I was little--she'd open the upstairs windows early in the morning on days when there was a stiff breeze, and let it cool the house before closing the windows on the side opposite the wind so that cool air would come up from the basement.
My dad does the same things. Crazy how that worked.
We still do that!
Even though I live in a single floor house, the idea of heat battery works marvelously well by sleeping with all windows open and keeping an electric fan pointed towards one of the house's windows if there is no wind. Airflow is low, but over several hours, it does cool the house until around 8AM. Then I close all windows, keeping the heat out. Living without an AC sucks, but this makes it manageable.
Using a fan to blow out the hot air sucks in the cool air even better!
@@NothingXemnas try making the fan a bit away from the window, look up bernouli’s principle it might remove the hot air in the house even faster!
Evaporative cooling really only works in low humidity environments. The drier the air, the faster/more efficiently the water will evaporate, so the more efficiently heat will get pulled out of the air.
This means, sadly, that they don't work very well in places like the southeastern United States, where summer is also very, very humid. They work, but not nearly are well. There's a whole formula that will tell you how much cooling you can get per unit of air moved over a wet/damp membrane.
Evap. cooling didn't/doesn't work at all for me in Oklahoma.
@@keith38able pheonix and las vegas could probably benifit from incorporation of these ideas though. as could a good chunk of socal
These systems also use radiative cooling which will work anywhere regardless of humidity (though clouds and rain will overshadow radiative cooling effects.
Radiative cooling uses large shallow pools of water. At night when the sky is clear the water will radiate a significant amount of heat. This can cause it to freeze even on nights where the ambient temperature is above zero.
Before dawn workers cut up the ice sheet and store the ice in an ice house.
With modern insulation materials an even more pronounced drop in temperature is possible.
I lived in western Oklahoma in the 80s. Evaporative coolers were common then. Later we lived in El Paso TX while stationed at Ft Bliss and had Evaporative cooling in our housing. I like it better than freon air conditioning. @keith38able
We have a fan forced evaporative cooler on our roof in Australia - when its hot & dry we run it with water dripping over the intake vents ... when its hot & steamy we turn off the water & use the humidity. It works a treat & costs very little to run.
Me, in Utah: "Wind catchers would definitely work here."
Simon: *Mentions a visitor's center in Southern Utah using one.*
Those aren’t wind catchers though they are evaporative cooling towers and even the ancient Arabian ones used water evaporation as well instead of just wind alone. Fad boy really missed the mark on this one.
Me, in SC: "All this is completely useless to me! Darn you, Humidity! "
Drawing outside air down underground and then up in the house for cooling is a system also used on the island of Madeira.
You know you are getting older when this is the highlight of your daily media consumption
Not older, wiser and more curious!!
this is accurate. if I may add, you know you're getting old when you want to iterate that getting older is okay.
Nope. Just a dork. I was just as excited to eatch documentaries before the History channel decided our entire history is aliens.
Guys, we are ok, we are ok.
I don't know about older, but it's content that isn't either imbicilic or depressing, like the news.
The physics behind ancient radiative sky cooling is fascinating - using space as a massive heat sink to make ice in the desert.
Maybe pyramids were ice houses
@@jussikankinen9409I was wondering if they were industrial-sized evaporative coolers that were piped into reed-covered barrack housing that is since long gone. You gotta admit….that would have been some wicked cool ancient public utilities. Also, it would explain their alignment with the sun that others use to mystify them as some beacon to alien life. Nope, not geo-tracking for some non-existent aliens; just Egyptians trying to get a break from the heat like a normal person. 😅
This is where Frank Herbert got the idea for the Fremen 'wind traps' in his novel, "Dune." This is my first contact with this concept, but the "Dune" reference is unmistakable. The novel is filled with many historical references just slightly tweaked and brought together very well. No wonder it won a Hugo Award.
Right I was thinking the same thing!
@@brycemooreguitar It is a tremendously long novel, but I will have to re-read it again this year, I think. It has so many facets that it is almost always fascinating.
@@ericbartol it's absolutely worth a re read, I'm on my second time through the entire series, although I listen on audible so it makes it alot easier as I can listen while I work, and drive. But it's definitely one of my favorite science fiction series. I realize another layer to the stories the second time through.
A lot of elements in Dune even outside of the Fremen and the planet dune is taken from Iranian ideology.
Mahdi is almost exclusively Persian islam as it is a concept exclusive to 12 imam Shia muslims which is a sect that was born in Iran and is the biggest shia sect.
The emperor's title is Padishah which is a persian word meaning great king.
Lisan al gaib is arabic for "hidden tongue".
This specific title I have not seen given to anyone else in the world except Hafiz who was an Iranian Poet from Shiraz whose poems are revered as a part of Iranian mysticism.
And funnily enough people consider his poems prophetic and read his peoms as a sort of prophecy to their specific questions.
Like I would ask "is it wise to pursue this specific endeavour" and randomly open the book and read the poem that comes up and that poem would be my answer.
Or words like selamalik which is a word with origin in Arabic but almost exclusively used in Persian and Turkish speaking countries for hello.
The name for Chani's tribe's Soldiers. Fadayikin is made up of a persian and an english word.
Fadayi means the thing to be sacrificed, in this case a person.
Fun fact, in 20th century there were two terrorist parties called Fadayian as they focused on assassinations of government officials, one was communist, the other muslim fundamentalist.
The flag of Fremen is an eagle with outstretched wings, very similar to the Achaemenid eagle flag.
There is also a good chunk of influences from Turkish language.
It is very interesting in general.
I sometimes go to Turkey on holiday. One place has a dining hall using a similar principle and it is quite incredible how effective it is.
Could you name the place maybe ?
2:48 'The taller the shaft, the more pronounced the effect.'
Doth, she said thusly!
Verily, Michael Scott wouldst beam with pride.
🤣🤣🤣🤣
In the UK we'd say, "...as the actress said to the bishop".
@@peterswires8439😂😂😂
@@peterswires8439
well then, Robert is your mother’s brother….
*I LIVE IN A COMMI BLOCK* in Bulgaria - it has a wind catcher on the roof for passive cooling in the 40c summers - its VERY effective.
A giant scoop catches the wind and funnels it down to the bottom of the building, it then cools and comes up the service riser with the cold water pipes and out a vent in the centre of the apartment. Large metal plates over greats outside regulate the pressure - too much wint they lift up. This is not normal for commi blocks - I think it was experimental. BUT IT WORKS --->
Our apartment block has 90 apartments maybe 15 have AC units - most blocks that would be 70 with AC units.
Is there any chance you know the name of the architect? Bulgaria has some crazy good commi architects! I am grad student and looking into the stack currently. You would really help me out, if you could tell me more about your building!
@@aribier Sadly I know very little about the building - it was the Bulgarian Navy officer's accommodation block in the socialist times - the navy still owns the top floor, which is causing issues with the modernisation and renovation as I think the top floor is still classified, despite being full of nothing but pigeons.
Architecturally its not a great building, but it is novel. The bathrooms are where the air comes out and they are in the centre of the block, I THINK they were designed as fire safety cells. If the apartment were on fire you would have clean air and water, and all walls are thick solid concrete, even if part of the building collapsed this would be the core that was left standing. Im presuming when you have a lot of valuable people in a building you put effort into their safety!?!?!?
There is the obligatory nuclear bunker in the basement - but they all have that here.
GOOD LUCK...!!!
@@piccalillipit9211 Thank you so much! You are amazing!
@@aribier No problem - have you seen the Bus Stops of the USSR...??? They used to let young architects go wild on the bus stop design... They are AMAZINg.
Evaporative cooling does not work in the Southern United States when the air is so thick with moisture you have to cut it with a knife before you can breathe it.
Evaporative cooling no, but the subterranean cooling can.
It’s perfect in the southwest
...this video isn't about the southern U.S., nor similar climates.
The water from air would turn to water in basement & go into the earth
@@SB-cm9jhit partly is 😂
It used the United States as its example of why we need better cooling systems
Im in Florida and due to high humidity evaporated cooling does not work here
Exactly. I see guys with the old "swamp coolers" on their classic cars at shows here and although it looks nostalgic evaporative coolers just don't work in Florida lol.
Still, if this could be implemented everywhere where the humidity is below a certain average, it could save huge amounts of power.
@@marktg98sadly, in the US you're limited to basically the states to the east or the Rockies, and the southwest.
Which happens to be most of our lower population states.
They don’t work in coastal Virginia either. We sit around 90% humidity during the spring and summer
Evaporative cooling is only half the story.
Geothermal cooling still works even at 100% humidity.
My home was built in 1940 and it has a whole house fan. Being originally from Michigan, I'd never even heard of one as summers rarely required more than a window fan to keep cool or at least cool enough to be relatively comfortable.
Our hvac unit went out the second year after we bought the home and I grew up heating our home with wood. The house has 2 fireplaces and so I made a fire in each and thought,
"I'll use the W.H. fan to draw heat into the middle of the home. Well, it drew more than heat as all the smoke from the fires can't back down the chimneys and into the house😂. It also pulled any unlatched door open or closed depending on the direction it swung. I didn't realize it moved that much air!
It wasn't viable for heating but that summer in SC I opened the basement door (which I found out is a rarity here apparently) and turned the fan on and man it kept us cool enough. At night I'd open the windows and let it run.
Was it as cool as AC?
No.
It was cool enough to keep us from sweating our butts off or potentially having dangerously high temps in the home.
Idk if I'm getting slower or your speech is getting faster :/
Same.
I usually watch everything at 1.5x speed and up.
Not this video. 😅
After years of reading scripts that someone else wrote he's probably just trying to get through them all as fast as possible at this point
The editing cuts are _way_ too short, with no natural breathing pauses. Too many channels are doing this now.
Gotta say, it's getting annoying.
Had to go back many times to keep up.
Yeah. Ditto. Can't watch on ff anymore, even 1.5 is WAY too fast to understand.
I wonder if there is a connection between windcatchers and why we call the attic for wind in Scandinavia. The longhouses from the medieval warm period had an opening just below the roof called "vindöga". A literal translation would be wind eye (the word later became window in English).
I've read that the opening was used to let the sunlight in or let the smoke from a fire out, but it's a curious connection.
Sun is eye
Evaporative cooling works in dry climates. Not effective in humid air found in tropical countries
I imagine, with recent advances in engineering, we'll be able to figure out how make maintenance of windcatches easier fairly soon.
You're telling me, i didnt have to suffer as a kid when dad wouldnt turn on the air conditioner until it hit 100 degrees?! I just needed ancient technologies?! And wind!? 😅
HVAC back then was crazy
I'm just trying to imagine what an ancient Persian owner of an HVAC company would look like 🤣
😂😂😂
Was it really crazy ?
@@charredolive Less call backs when your company is subsidized by an Empire.
That is a pretty cool innovation from the Persians.
It’s on our blood
But the Egyptians invented it
😂😂😂😂😂@@usobr69
There's a working one in Dubai at one of the museums. If you do a tour, they open it up while you stand under the vent. It's wild how well these towers work. There was far more wind than I expected, and with the normal air conditioning running, it made it freezing. It's very cool technology.
This didn't make a whole lot of sense when I first came across the topic ten or fifteen years ago on Wikipedia. The Iran-focused people didn't grasp the thermodynamics and the engineering-focused people didn't grasp Iran's historical application. I think the problem is that we forget we're discussing a half dozen fundamentally different passive HVAC systems that do very different things with temperature, humidity, airflow, and thermal mass. There are qanats that act as swamp coolers, there are municipal ice houses that act like seasonal iceboxes and may not even have any airflow, there are windcatchers that just equalize day-night average temperature (which can be extremely effective in deserts) or summer-winter average temperature.
There was a scene in "Kingdom of Heaven" where Saladin offered the captured king a goblet of crushed ice scooped out from a chest full of it. My late dad told me he was wondering where could they get a chest full of ice...
How many channels are you on?
We are so quick to ignore and forget the olds ways of things... Yet they solved similar issues without the same level of technology
People are more in tune with mother Earth and nature then. We need to get back to it.
@@markbroad119 id argue that its more neccessity being the mother of invention. very similar to how early programming tricks were used to make use of the much lower storage/processing capacity. you can only use what resources you have, so you find tricks and short cuts to maximize those resources.
conversely, today, things that programmers past might have squeezed into mere kilobytes of storage, take up megabytes because well, they have terrabytes to work with. why bother making things efficient when sheer data capacity and raw processing power can brute force any inefficiency into better performance than the 1980s could have ever dreamed? same goes for this.
when you have "abundant" power, and cheap modern machinery, why bother with the effort and time to improve efficency when you can use that same brute force and abundance to make up for any loss in the move away from traditional techniques?
you can even see the argument in why suddenly the attention on these things is back. suddenly, that power and machinery isnt so "cheap" or "abundant" anymore. theres more value to be had again in finding ways to make what one has go further. and so, once again, that effort in taking advantage of these natural principles is worth peoples time and energy.
This aint going to work in an apartment complex. Or when it gets hot enough that your phone will shut down, whinging about overheating.
@@ZeroHourProductions407 and why wont it work for apartments, my good HVAC tech?
@@Skywatcher16 for one, nobody has built an apartment complex with a basement since ever. Secondly, everyone or nobody can vent to get the benefits.
Hey, so I am an HVACR / AC inspector, Thanks for highlighting this issue. Yaktchals and Wind Catchers have been an inspiration to me for years. You would be surprised to learn that Catalonian Architecture has absorbed this design. However many found here in Santa Barbara have been made as entirely stylistic. Very strange…
I suspect most of the arictect designing those structures don't know what the original function was, let alone how to design it to be functional.
I just hope local municipal governments will allow zoning for these new/ancient technology
They do.
You just have to pay more in taxes.
@0:25 I don't know what brand of a/c that was but I'm pretty sure it isn't supposed to blow visible mist out the vents.
Great presentation on this one thanks for not lazily using Midjourney for everything
I have solar panels and air conditioning. When it’s hot in summer there is loads of sunlight. I really don’t get why people don’t get this. Cost Price of a photovoltaic kWh is about 0,06 - 0,08 euro in Germany.
Since I have a battery as well I produce about 85% of my electricity myself. And this is in not so sunny Northern Europe
Yeah but how long will your batteries last before needing replaced? The costs of buying and maintaining solar at that small of scale is too high for me. Wood gasification is a better solution for me, but I am in a rural area with many acres.
@@Woody_Florida 12-15 years estimate
@@KokkiePietthat's just when they will reach an arbitrary 70 or 80% efficiency compared to when they were first bought, you can use them for MANY years after that with reduced effectiveness
@@sagetmaster4assuming you could afford at time of installation to have excess capacity.
@@sagetmaster4 true
There's a building at the university i went to that has 6 earth tubes which seem to be along the same lines. Creating chimneys for hot air to go out while pulling cool air from the ground
This is awesome! I love learning about ancient technologies that are genuinely impressive, even by today standards.
I have been in the building in Zion National Park with the wind catchers and the vent at the bottom has a stone bench that you can sit on in front of the vent. It gets really cool! The towers are more like swamp coolers in that they have pads at the top that are sprayed with water and as the air flows thru the pads is it cooled and drops down the shaft which in turn pulls more air in. it can be quite breezy at the bottom.
How did these ancient people figure this out?... It must have been aliens - The History Channel.
I think that's where all this is gonna end up. They just don't want us to panic.
It wasn't a mystery to me why wind capture faded with the advent of modern air conditioning, passive vs active. With wind capture, you're at the whim of nature while air conditioning wasn't, and instead you're at the whim of electricity availability.
And this functions so much superiour, especialy when the electricity is turned ON for two hours each day. This is still true for most villages and even some small towns in all regions of this video topic.
The problem is the wind catcher need the houses to be more spaced between each other, have a lot of unused space and have the wind catcher taller than any nearby building. In a big city, this is almost impossible.
Did u learn in high school
Refrigeration in the ice pits of Yazd was done differently as you describe. Large shallow pools were positioned alongside the ice pits and these pools played a key part in storing ice for the hot summers.
During winters, these pools were filled with water which froze overnight turning the water into ice. The ice was then cut and stored in the ice pit. This process was repeated until the ice pit was full of ice.
The ice pit is a large pit sunk deeply into the soil which reduced the melting of the stored ice. Even today without ice, the ice pit is quite cold when standing at its floor. Other techniques such as the use of straw were used to keep down the overall temperature in the ice pit. The thick mud walls helped.
Storing food in cellars and basements is a common practice, but the ancient Iranians took a step further.
Would like to see the wind catcher method modified with fans and or other tech to see what can be done.
Damn. Great work. That was some of the best fighting choreography I've seen. Be proud of yourselves. You all knocked it out of the park.
I remember living in Phoenix AZ
in 1976 where the older houses
had an earlier form of AC called
Swamp Coolers. 😊
why do u make the screen flicker in the archive footage? its so distracting
For the vibes of course
You kids have the attention span of a goldfish
I didn't even notice it
I have to say that, as a former motion picture projectionist, I'm really annoyed by fake fire-roller scratches, and specks of dust on videos.
@@TheRealDrJoey it just looks bad and i see no point in it, it makes me think my monitor is broken :D
Companies will make sure to make any such solution so expensive it will be comparable in price with "traditional" electric systems.
I learn something new every time I listen to you! Thank you for sharing your interests with the world!!!
That’s how they had cold beer in ww2.
Thanks Simon, I was discussing this topic with my brother only last week so this was very helpful.
very good job, sir
The ancients learned it from playing Assassin's Creed.
All day, every day
@Today I Found Out Do an episode on the Steps at machu picchu. The geometry of the large steps creates a 5 degree temperature difference, which they used for crop acclimatization. machu picchu is not the only place in the world, where this type of technology was used.
Hey Simon! You should do an episode on raidative cooling paint. Ceracool is the one I know about, sends heat out to space! Super cool. Literally. :-)
I remember coming across a show or even a video in UA-cam talking about how in India they also have pools in certain locations of a palace that serve as an air conditioning function. The palace had certain areas where the air would flow from one side of the building to pass through the pools which evaporates the water to cool that area of the palace.
Fountains and pools in general are placed in certain areas to be away from excessive evaporation but evaporate enough to cool the area.
Keeping ice as long as possible is more truthful
The desert dwellers dug tunnels and used them for cooling and to keep cool in the summer
The temperature underground is 60 degrees in the summer
They’ve used architectural principles like this in Federation square in Melbourne, Straya.
It cools an event space room with the cool air from the river.
turn down the gain on your mic or use a de-esser
Amazing, we need to to look into this not only to use less energy, but could be interesting for artwork
To really work, we'll also need to go back to making our buildings with much more thermal mass.
Utah's wind catcher also has a water spray system if I remember correctly, allowing for even better performance.
Yes. Modern life NEEDS to reintroduce passive systems.
These particular ones are excellent, but not universal; they require cold nights to work well, for example.
I live in Australia; these examples aren't sufficient for our summers, where regular week to months of heatwave mean no cool nights.
We Ised to have locally developed designs.
Fly large breezeway verandahs, ventilated roof spaces, stilts where floods are common.
But that mostly fell out of favour from the 70s on.
Now, we have the same cookie cutter homes as US, UK, etc.
Except more brick & tile...and less insulation (none except in roofs)
Brick veneer is durable & cheaper upkeep.
Tile roof is simply a fad; sheet metal was traditional... not Modern.
We have 1 foot eaves, and don't even string shadecloth off them.
We have created summer ovens w air conditioners to keep them cool.
And we have the same majority concrete/asphalt/stone/brick cities creating heat island effect in a hot climate.
Probably incorrect, I read somewhere that they can't make ice, they can only import ice from Europe. The Yakhchāl is only good for storing it all throughout the summer.
If I'm wrong, show me a demo on how can water turn to ice if sent inside the Yakhchāl.
Once again, I've found another channel with Simon Whistler
You mean the *original* channel with Simon Whistler
Yea lol, this is the original one. But I do like some of his new ones.
a old friend in Calif had this thing called a swamp cooler for his house, It was a 3 ft fan, with water dripping down what looked like straw. It was actually freezing air. I just could not believe how cold it was. Sadly is useless in FL
The ancients knew how to make ice! Who would have thought? Learned something new today!
Hmm.. yea at night when the outside temps go down to below freezing. I´m not able to feel impressed by this feat honestly.
@@teppo9585
The openings are closed at winter so the air wouldn't pass.
They also used screens over window openings, shoved grass and leaves in between the screens then poured water over the leaves. To cool the air coming into the home
If you pause at 1:26, I find that architectural accent at the entrance absolutely astounding!
Thank you! Low tech systems tested for generations have much to offer. "Progress" is not always a step in the right direction.
.75 made this easier to listen to.
Am I the only one watching at 1.25X speed?
Im not sure what the point of commenting this is.
@@bustedkeaton the point was: the speech is very fast and listing at .75 gives you time to process the information.
I can’t see why there is a need to use bcE when BC I’d perfectly well understood and correct.
"Releases massive amounts of C02"
Volcano: "hold my beer"
No, not really. Volcanic release even over the last two millenia is way below what we release in a single year.
@@Argosh That's not true. You would only need about 60 years of volcanic activity to match what humans emit in one.
@@phaedrus000 well, yes, but... he was talking co2 and while volcanoes total release is as you said, the co2 alone is waaaaay less...
Humans: "hold my giant fucking coal mining rig"
@@Argosh No I was talking strictly CO2. According to the National Oceanic and Atmospheric Administration "Human activities emit 60 or more times the amount of carbon dioxide released by volcanoes each year."
I have bought solar powered fans and coolers , they all have a solar panel and a battery , the coolers suck air through a wick which evaporate water cooling the air or a mist unit .
They might not go extremely cold but make it livable .
Plus is my electricity bill dropped a lot in summer with a plus point that when we have loadsheding (no power) in South Africa I can still cool the house .
The limitations here are pretty obvious. Evaporative cooling works well on arid environments, but they require a lot water.
In humid climates, with no wind, neither work.
As a general rule, such systems tend to have vastly exaggerated effectiveness and often have very limited situations where they are actually helpful. Of course, in pre-electricity days, there is a lot more motivation to get even a little cooling. Issues such as mold accumulation may not have been recognized as a health hazard either.
There is 1 problem with attempting to introduce this into everyone's homes.... the middle of city's have 0 wind cause all the outer rings block it. As a city expands the new ones nullify the old ones by blocking the wind.
This can work fairly well in dry climates with low humidity, in the American South or Midwest, it is basically useless.
This is why architecture should vary by region. Different regions need to solve for a different set of challenges.
I assure you, in loads of places in the Midwest, it would work very poorly.
The most ingenious design is the one that routes air underneath the house and forces air out the scoop. For effective cooling, you want to leverage the air pressure, not work against it. It's why attic exhaust fans are so damn effective.
Alan partridge from the oasthouse...
Alan partridge from the oasthouse. From the oasthouse!
This is a fascinating video. But what's up with the flickering effect? It's distracting.
Co2 is Not pollution. Plants need it to breathe and convert it into oxygen.
Anything in excess is a pollutant. It just needs to reach the level of toxicity to the creatures effected. Oxygen at 100% over 16-24 hours leads to permanent lung damage. Air is around 21% oxygen.
LOVE such brilliant effective simplicity in design & architecture. Gorgeous ❤
BC and AD are historical and easy. It’s like trying to force people off pounds and inches. Sorry, Europe we aren’t interested in a new improved system 😂
this is why victorian homes had 10'(3m) walls, and floor to ceiling double hung windows. you dropped the upper sash about 4"(10cm) and raised the lower sash about the same. the warm air at the ceiling would flow out the upper sash, while cooler air came in the lower in a simple convection flow, no air mover(fan, blower, air handler, ect.) needed. i remember my grandmother doing this in her old house before they moved to a house with electric service good enough to run AC.
Thank you for citing a lot of CIA Propaganda on climate
I wonder how effective these would be in humid climates. Probably not very.
Although I have worked in arenas where we had the opposite effect. Open some doors, and open the windows at the top of the arena, and we would have a very nice cool breeze to work in. Management didn't like that, so they nailed the windows shut.
This was good until you got to "global warming" (climate change)...then I was done.
No shit.....lol UK is full blown communist now.......
What do you mean?
Also…”bce.” Just why?
Yup. My own study into "Climate Change" found that is an agenda driven by elites. All of you, do your research, don't just believe any hype.
Also, the biggest component in high-rise construction is air-conditioning. Even in buildings constructed in northern latitudes, managing heat buildup is the biggest issue engineers face within the sphere of interior comfort for those inside. Could this approach be engineered into large scale high-rises to reduce the need for heavy AC blowers on the rooftops, and between floors?
B.C.E. -- Before Christian Era
All of these ancient techs and simple physics style tech need to be adopted by builders immediately.
“No pleasure, no rapture, no exquisite sin greater… than central air.”
I love it when the logic of the ancients shows us why something was done the way that it was done. Just because we have the technological power to change the way something was done, doesn't mean it's the best way of doing things. Besides energy savings, there is the environmental benefit of these systems.
This was greatly appreciated and actually helpful. People should definitely pay attention to the past so we can have a future without electricity
U lost me at "future without electricity".👎
Passive cooling methods generally won't work in humid climates- where air conditioning is needed the most. Dry air does not store heat very well, so it is quick to warm up and quick to cool off. There are places in the southern U.S. where the summer air holds so much humidity that nighttime temps won't fall past 80 degrees F in certain months of the year.
Can we start doing this in las vegas? My electric bill is so bad in the summer 😂
From the day I found out about wind catches and qanats I've wanted to build a house with this style of cooling. One day I will build a house with it.
there is a place somewhere that uses a really high tower and has droplets of water fall .....by time they get to the bottom, they are almost ice...the speed of the droplets falling also cause wind velocity...you could use that cold air to cool a home
I love the idea of wind catchers so much. I wonder if it’s possible to install them in America