Open Source Hydronic System: Difference between revisions
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*Uses the [[Hydronic Stove]] as a heat source | *Uses the [[Hydronic Stove]] as a heat source | ||
**Is solar thermal water panels also included yet (need to look/ask around) | **Is solar thermal water panels also included yet (need to look/ask around) | ||
=Potential Future Areas Of Work= | |||
==On Cooling Addition== | |||
*[https://www.energy.gov/energysaver/home-cooling-systems/radiant-cooling Energy . gov page on hydronic cooling] | |||
*[https://www.hpacmag.com/features/small-scale-hydronic-cooling-hydronic-heat-pump/ a hpacmag . com article on this] | |||
==On [[Geothermal Heat Pump]] integration== | |||
*Complex, but may be doable | |||
*See [[Geothermal Heat Pump]] | |||
==Combining the system with a hot water storage tank== | |||
*All heat (from the [[Hydronic Stove]], a solar thermal panel, waste heat, etc) is "fed in" to a tank of the working fluid | |||
*This can then be used directly, or be used to heat air, water, or another fluid | |||
*Also may allow for some [[Thermal Energy Storage]] | |||
*Heat exchangers, and most likely custom tanks would make this quite complex | |||
**It may help with modularity, compact-ness, and efficiency | |||
=Open Source Hydronic Design= | =Open Source Hydronic Design= | ||
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=3D With Explosions and Part Links= | =3D With Explosions and Part Links= | ||
Note: wiki does not support http, but you can still see this at http://3dcontent.be/hydronics/hydronics.html. Wait a little for it to load. | |||
<html><iframe src="http://3dcontent.be/hydronics/hydronics.html" width=800 height=500> </iframe></html> | <html><iframe src="http://3dcontent.be/hydronics/hydronics.html" width=800 height=500> </iframe></html> | ||
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*[https://en.wikipedia.org/wiki/Hydronics The Wikipedia Page on Hydronic Systems] | *[https://en.wikipedia.org/wiki/Hydronics The Wikipedia Page on Hydronic Systems] | ||
[[Category: HVAC]] [[Category: | [[Category: HVAC]] [[Category: Open Building Institute]] | ||
Latest revision as of 11:16, 26 March 2021
Basics
- OSE's Open Source, Modular Hydronic System in use by OBI
- Currently is focused only on heating (Double check this)
- Uses the Hydronic Stove as a heat source
- Is solar thermal water panels also included yet (need to look/ask around)
Potential Future Areas Of Work
On Cooling Addition
On Geothermal Heat Pump integration
- Complex, but may be doable
- See Geothermal Heat Pump
Combining the system with a hot water storage tank
- All heat (from the Hydronic Stove, a solar thermal panel, waste heat, etc) is "fed in" to a tank of the working fluid
- This can then be used directly, or be used to heat air, water, or another fluid
- Also may allow for some Thermal Energy Storage
- Heat exchangers, and most likely custom tanks would make this quite complex
- It may help with modularity, compact-ness, and efficiency
Open Source Hydronic Design
3D With Explosions and Part Links
Note: wiki does not support http, but you can still see this at http://3dcontent.be/hydronics/hydronics.html. Wait a little for it to load.
Hydronics Install Prior to Stove Connection
Simple hydronic circuit for both 1/2" in-floor lines (1000 feet in a single zone) + a wall radiator outlet (3/4" tube) using oxygen barrier PEX. Parts cost of $500 approximately for the hydraulics control panel - $100 pump, $100 divider valve, fittings, gauges.
Prior to In-Floor Tubing Connection
In-Ground Heat Tubing Install
Prepare to Put in Wood Floor
Floor will be stained 1"x4" lumber on 2"x4" rails
Product!
Warm feet.
Discuss This!
Industry Standards
- $4600 - 20 year warranty - Glenwood 7020 - [1]
- $3600 - 5 year warranty - says Gasifier type - water heat exchange medium - Slovak import - [2]
- $3500 - Biasi - [3] - Remaining exhaust heat is given-up in a wide finned, self-cleaning passageway before exiting the boiler.