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/sci/ - Science & Math

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>> No.8933158 [View]
File: 888 KB, 2000x2000, 725e67dc-71e3-4744-998e-b6b6fcb89888_1.252acd526c35ad23453310dccd531894.jpg [View same] [iqdb] [saucenao] [google]
8933158

>>8933104
It really depends a lot on the house design. Like how my neighbors have a $400/month heating bill and I have a $25/mo heating bill. I weatherized my place and added better insulation. They live in a breazy improperly insulated home in comparison. There's also how much solar radiation the house is able to attain during the day via windows. That makes a massive difference.

If you are retro fitting a solar heating system into an existing house, you must keep these things in mind, when you need to know the size. I've seen a few people use solar evacuated tubes hooked up to PEX piping that goes into their basement where there is a cheap inflatable pool from Walmart stuck into a wooden frame for added durability. It is 12'/3.6 meters wide and 30"/76cm deep. It heats their entire home in a moderate temp zone. Theirs isn't thermosiphon, it uses an electric pump and fan both hooked to the thermostat.

https://www.walmart.com/ip/Summer-Escapes-12-x-30-Quick-Set-Round-Above-Ground-Swimming-Pool-with-Filter-Pump-System/39264348

>>8933109
That's an interesting way to store thermal energy. It is constantly being lost though. No wonder it takes up so a large area.

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