No Gas No Electricity Heat your Entire Home for Free. #diy

No Gas No Electricity Heat your Entire Home for Free. #diy

we showcase an innovative, eco-friendly project that harnesses the power of solar energy to heat your entire house for free. Say goodbye to costly gas and electricity bills! Our step-by-step demonstration will guide you through the process of building and installing this remarkable system. Watch until the end to learn how you can enjoy warm and cozy winters without sacrificing your budget.

#inventions
#diy
#handmade
#howto
#ideas
#heater
#solarenergy
#solarheat
#Airheater

Thanks for watching....

[pcno]

Back in 1975, I went to an open house hosted by a guy who had put something similar to this on the south-facing side of his house. He ran inside air into the heater because the outside air here in New England would be too cold. Seems like a cost effective way to do solar.

[Moonchild-bbdr]

Maybe for the intake add another flexible duct and put it into your house to circulate already warmed air from the house instead of outside cooler air

[teropiispala]

I made one collector using wood fiber plate and two layer polycarbonate plate. I installed it on my wall where's air intake to my basement. It provides heat at spring. The wood fiber plate was leftover from the construction of my house and polycarbonate plate for making my greenhouse. The fiber board has kind of hairy surface, which is good in gathering heat. I painted it black with matte paint. Even in Finland, it heats up over 100 degrees, and the plastic melts if air is not moving.

Good collector have matte uneven surface and outer layer which keeps thermal radiation from escaping. Plastic works, but they are not equal. Greenhouse plastic is cheap and made to reflect infra red. Two layers with small gap in between, works great.

Rather than using relatively expensive steel pipe that is smooth and shiny and don't collect much of the sun, I'd try two things on the base, if wood fiber board is not available. One is cardboard from boxes, with outer layer ripped off and the surface painted black with matte paint. Another one is crushed charcoal glued on cardboard or some other plate. Charcoal is cheap and one of the best materials available to absorb heat from sun. The coating would work from powder to bigger pieces, but I guess something like 5mm grain size would be best, with finer powder in the bottom to blacken the entire surface.

[immrnoidall]

I really love seeing people using their brains.

[philbebbington]

Unfortunately one of the main components to make this device work is a very very scarce commodity here in the Republic of Ireland, SUNSHINE LOL ! Great video Salam alaikum.

[cyberthug]

Intake and exhaust should come from inside. That way, your air is warmer, better to heat 75 deg air than -25 deg air.

[Kerry-pl]

I made comments to a couple of these comments, when I came to the end of all comments no one had mentioned what I mentioned in those comments so I will repeat what I said tovthose people here in the general comments.
Here in north America during the 1960's or 70's there was an article that explained how someone had used day time heat transfer from the ceiling down into a pit filled with rocks warming the rocks during the day. Then at night pulling the heat from the rocks into vents at the floor level dispersin the warm air from the rocks back into the room. The house had a glass wall facing the south towards the sun, thus it was called passive solar heating.
I like the man's use of the piping used out side the house to heat the building. Glass walls can be very expensive in some parts of the world so using the pipe method is great idea, but it's only good for a little while at night. That's where a pit filled with rocks having the pipes extend to the bottom of the pit and maybe with another pipe with holes in it entending out horizontally would heat the rocks better, then at night these warm rocks will reheat the room.

[robertvalliere]

That’s great as long as the sun is shining. Heat is needed most often at night and during stormy weather.

[gregshuffield]

Always glad to see continuous experiments being done

[mikelist]

If you reverse the ends so that the output end is higher and the input, it will circulate by convection, and the fan would improve it even more

[jlevace]

With a quieter fan, This is excellent. love it

[nicenonya]

1970's Score-tyme manufacturing in Niles, Michigan had something like this one a bigger scale, he used it to heat the building, pipes painted black inside of a big metal case with glass in front, all painted black except the glass, bigger blower I think came from a house furnace

[mildmanneredmercifulmouse]

You are Good builders my friends, and you've taught me something today. Thankyou.

[haroonhassan]

Very good work to keep house warm in winter in Pakistan where electricity and gas are at hi prices

[MrFantasylover]

Nice work there sir. thanks for switching it for Farinheight as well.. God bless you!

[peterkavan]

My active solar hot air collector is 6.5ft Wide 15ft high 3.5" deep, with a 650 cu ft /minute in line fan that's thermostatically controlled with temperature sensor inside the box. On a really sunny, cold day (30F) the delta temp rise can be 55F to 170F or 115F temperature rise! Most times hot air output in kitchen is 120F-140F. Air intake is in the living room floor close to the outside collector box, air output is in the kitchen 18" away from the outside collector. With four channels the air flows up, down, up, down, then through 6" insulated (r8) duct through basement 18' to a floor register in kitchen. The glazing is uv fiberglass made for solar applications. The absorber plate is a roll of black/white aluminum sheet metal used by vinyl siding installers to wrap wood. Used high temp flat black spray paint to paint the glossy black metal. Insulation behind the absorber is 1" ridged insulation. The box frame is pvc planks, no wood. Yes I had to remove the existing siding, cut two 6" holes through the basement rim joist for ducting, and cut in two floor registers 4"X12". I took a permit for the installation.

[danielhanawalt]

Very clever idea. Seems it be more efficient to recirculate the warm air inside the house. Think I'll give this a try. Looks to me like it would work. At least when it was sunny enough and during the day.

[egomartini]

Great idea. Since heat rises, wouldn't it be more efficient to have the cool air intake come in at the bottom and duct out at the top?

[williamvan]

Outstanding great job well done 👍👍 I will try to make one up thanks for the idea stay safe over there 🙏☺️😀☺️

[johnhubert]

Nice. 1. Paint it black. 2. You could just make a box against the south wall of your house and enclose it with glass/plastic, paint the wall black, put two duct openings and the solar fan. 3. Another way is to use the solar panels to heat up a barrel of sand. The sand will warm up to over 500 degrees in the center. The sand will stay warm for hours, releasing the heat throughout the night.