Affordable Passive Solar Homes: Low-cost, Compact DesignsSciTech Publishing Company, 1984 - 188 ˹éÒ |
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˹éÒ 116
... direct gain heat exchanges using direct water or air - to - water conversion . Black- ened fin tubes can be used for this purpose . Other cost savings can be attributed to the less costly enclosure of the greenhouse utility space , but ...
... direct gain heat exchanges using direct water or air - to - water conversion . Black- ened fin tubes can be used for this purpose . Other cost savings can be attributed to the less costly enclosure of the greenhouse utility space , but ...
˹éÒ 171
... direct solar gain into a space through the roof . The ceiling of the clerestory should be a light color to reflect and diffuse sunlight down into the space and provide direct radiation for ther- mal collection or storage . The exterior ...
... direct solar gain into a space through the roof . The ceiling of the clerestory should be a light color to reflect and diffuse sunlight down into the space and provide direct radiation for ther- mal collection or storage . The exterior ...
˹éÒ 178
... direct gain sunspace with mass ; prevent infiltration losses ; weather - strip and caulk all open- ings . 2. North Central . Keep heat in , cold out by building into the earth , partially under- ground , or with earth berms , with ...
... direct gain sunspace with mass ; prevent infiltration losses ; weather - strip and caulk all open- ings . 2. North Central . Keep heat in , cold out by building into the earth , partially under- ground , or with earth berms , with ...
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Prologue | 5 |
Affordable Passive Solar Design Considerations | 46 |
Interiors | 61 |
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active solar air-type architectural attic avoid bath bathroom bedroom building cabinets ceiling clerestory closet color compact homes concrete construction cost cross ventilation daylighting destratification dining direct gain direct solar gains domestic hot water drywall duct earth berms earth-sheltered economic effective entry door eutectic eutectic salts exterior Features foot furniture glass glazing heat loss heat pumps heating domestic hot indoor air inductive ventilation interior space kitchen living area living room living spaces living unit located louvered lower main floor masonry materials ment minimal movable insulation optimize plenum pollution R-value radon reduce reflective roof shading side-sliding solar access solar collectors solar gains solar heat solar radiation solar system south-facing Square Feet Square Meters stacked stairway summer sunspace superinsulated surface temperatures thermal bridging thermal mass floor thermal storage thermosiphon tion trombe wall upper floor upper-level vent Ventilating and Cooling wind winter zoning