Housing 2.0 - Revision history

Eric: Added some more information

2021-12-31T23:07:23Z

Added some more information

← Older revision		Revision as of 23:07, 31 December 2021
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	=OSE Case=		=OSE Case=
	*Digital design - not measured in place, but pre-cut. That paves the way for a kit.		*Digital design - not measured in place, but pre-cut. That paves the way for a kit.
	**CNC cut - router, water jet		**CNC cut - router, water jet (See [[ASMBL (Company) ]] for a good example of how this can be done)
	**3D printed - parts, fittings, trim.		**3D printed - parts, fittings, trim.
	*Integrated design - by integrated design of the house and build workflow, we reduce 20+ trades to a single contractor		*Integrated design - by integrated design of the house and build workflow, we reduce 20+ trades to a single contractor

Marcin: /* OSE Case */

2021-12-24T22:06:54Z

OSE Case

← Older revision		Revision as of 22:06, 24 December 2021
Line 55:		Line 55:
	*Modularity - Instead of dozens of house models - we have a construction set consisting of dozens of modules that can be reconfigured into thousands of house models.		*Modularity - Instead of dozens of house models - we have a construction set consisting of dozens of modules that can be reconfigured into thousands of house models.
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes ~~large thermal mass collected during the day - $100/(~~[[~~IBC Tote~~]]~~.) for 30kWhr storage.~~		*Off-grid - zero energy costs includes [[Thermal Battery Storage]].
	**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F. For full night of 16 hours in winter - need 4 totes and 120kWhr. This is if resistive heating were used. We can 3x this with heat pumps - so the 120kWhr gets us to 40kW hr requirement. With a 14 kW PV array - thermal storage heating can be done even in winter.
	**PV array - 7kw fits on roof.		**PV array - 7kw fits on roof.
	*[[Solar Hot Water Heater]] ? questionable.		*[[Solar Hot Water Heater]] ? questionable.

Marcin: /* OSE Case */

2021-12-24T22:06:08Z

OSE Case

← Older revision		Revision as of 22:06, 24 December 2021
Line 56:		Line 56:
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.
	**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F. For full night of 16 hours in winter - need 4 totes and 120kWhr. This is if resistive heating were used. We can 3x this with heat pumps - so the 120kWhr gets us to 40kW hr requirement. With a 14 kW PV array - heating can be done in winter.		**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F. For full night of 16 hours in winter - need 4 totes and 120kWhr. This is if resistive heating were used. We can 3x this with heat pumps - so the 120kWhr gets us to 40kW hr requirement. With a 14 kW PV array - thermal storage heating can be done even in winter.
	**PV array - ~~20 kW~~ on roof.		**PV array - 7kw fits on roof.
	*[[Solar Hot Water Heater]] ? questionable.		*[[Solar Hot Water Heater]] ? questionable.

Marcin: /* OSE Case */

2021-12-24T20:31:36Z

OSE Case

← Older revision		Revision as of 20:31, 24 December 2021
Line 51:		Line 51:
	**CNC cut - router, water jet		**CNC cut - router, water jet
	**3D printed - parts, fittings, trim.		**3D printed - parts, fittings, trim.
	*[[LOD 500]] ~~CAD~~		*Integrated design - by integrated design of the house and build workflow, we reduce 20+ trades to a single contractor
			*Inspections - by [[LOD 500]] design and engineering, we inform the building department fully to glide right through the build process.
			*Modularity - Instead of dozens of house models - we have a construction set consisting of dozens of modules that can be reconfigured into thousands of house models.
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.

Marcin: /* OSE Case */

2021-12-16T18:59:01Z

OSE Case

← Older revision		Revision as of 18:59, 16 December 2021
Line 53:		Line 53:
	*[[LOD 500]] CAD		*[[LOD 500]] CAD
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.
	**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F.		**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F. For full night of 16 hours in winter - need 4 totes and 120kWhr. This is if resistive heating were used. We can 3x this with heat pumps - so the 120kWhr gets us to 40kW hr requirement. With a 14 kW PV array - heating can be done in winter.
	**PV array - 20 kW on roof.		**PV array - 20 kW on roof.
	*[[Solar Hot Water Heater]] ? questionable.		*[[Solar Hot Water Heater]] ? questionable.

Marcin: /* OSE Case */

2021-12-16T18:56:05Z

OSE Case

← Older revision		Revision as of 18:56, 16 December 2021
Line 54:		Line 54:
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.
	**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. ~~(7kw)~~		**Senville Aura equivalent storage for 24kBTU (7kW) is 4 hours per 250 gal tote if going from 90 to 140F.
	**PV array - 20 kW on roof.		**PV array - 20 kW on roof.
	*[[Solar Hot Water Heater]]		*[[Solar Hot Water Heater]] ? questionable.

Marcin: /* OSE Case */

2021-12-16T18:51:37Z

OSE Case

← Older revision		Revision as of 18:51, 16 December 2021
Line 56:		Line 56:
	**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. (7kw)		**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. (7kw)
	**PV array - 20 kW on roof.		**PV array - 20 kW on roof.
			*[[Solar Hot Water Heater]]

Marcin: /* OSE Case */

2021-12-16T18:47:02Z

OSE Case

← Older revision		Revision as of 18:47, 16 December 2021
Line 55:		Line 55:
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.
	**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. (7kw)		**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. (7kw)
			**PV array - 20 kW on roof.

Marcin: /* OSE Case */

2021-12-16T18:43:48Z

OSE Case

← Older revision		Revision as of 18:43, 16 December 2021
Line 54:		Line 54:
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.
			**Senville Aura equivalent storage for 24kBTU is 4 hours per 250 gal tote. (7kw)

Marcin: /* OSE Case */

2021-12-16T18:41:14Z

OSE Case

← Older revision		Revision as of 18:41, 16 December 2021
Line 53:		Line 53:
	*[[LOD 500]] CAD		*[[LOD 500]] CAD
	*Efficient design - towards zero waste		*Efficient design - towards zero waste
	*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) .		*Off-grid - zero energy costs includes large thermal mass collected during the day - $100/([[IBC Tote]].) for 30kWhr storage.