Affordable passive solar homes: low-cost, compact designs |
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Exception: Required windows may open into a roofed porch where the porch (1)
abuts a street, yard, or court; and (2) has a ceiling height of not less than 7 feet;
and (3) has the longer side at least 65 percent open and unobstructed.
Exception: Required windows may open into a roofed porch where the porch (1)
abuts a street, yard, or court; and (2) has a ceiling height of not less than 7 feet;
and (3) has the longer side at least 65 percent open and unobstructed.
˹éÒ 32
... planning permits a greater amount of daylight penetration, which conserves
energy by reducing artificial illumination. Higher ceiling areas (in contrast to
space- and energy-conserving lower ceiling areas) expand our perceptions of
space.
... planning permits a greater amount of daylight penetration, which conserves
energy by reducing artificial illumination. Higher ceiling areas (in contrast to
space- and energy-conserving lower ceiling areas) expand our perceptions of
space.
˹éÒ 37
Ordinary porcelain or metal- plated sockets with G-type lamps give good light and
are inexpensive lighting solutions for over bathroom sinks (ceiling or sidewall),
ceilings in front of sliding-door closets, halls, stairways, and storage spaces.
Ordinary porcelain or metal- plated sockets with G-type lamps give good light and
are inexpensive lighting solutions for over bathroom sinks (ceiling or sidewall),
ceilings in front of sliding-door closets, halls, stairways, and storage spaces.
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General Concerns | 9 |
Site and Microclimate | 15 |
Materials and Components for Affordable Homes | 49 |
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active solar affordable architectural attic avoid bedroom buffer building ceiling clerestory closet color compact homes concrete construction convection cost cross ventilation daylighting destratification dining direct gain direct solar gains domestic hot water drywall earth berms earth-sheltered economic effective entry door eutectic eutectic salts exterior furniture garage glass glazing heat loss heat pumps increase inductive ventilation interior space kitchen living area living room living spaces living unit located louvered masonry materials ment minimal movable insulation needed optimize passive solar system plans and designs plenum pollution protection R-value radon reduce reflective roof shading side-sliding sloping solar access solar collectors solar gains solar heat solar radiation solar system south-facing Square Feet Square Meters stacked stairway summer sunspace superinsulated surface temperature thermal bridging thermal mass floor thermal storage thermosiphon tion trombe wall upper level vent Ventilating and Cooling wind winter zoning
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| ª×èÍ˹ѧÊ×Í | Affordable passive solar homes: low-cost, compact designs |
| ¼Ùéáµè§ | Richard L. Crowther |
| ¼Ùé¨Ñ´¾ÔÁ¾ì | SciTech Pub. Co., 1984 |
| µé¹©ºÑºÁÒ¨Ò¡ | University of Michigan |
| á»Å§à»ç¹¢éÍÁÙÅ´Ô¨Ô·ÑÅ | 6 ¸.¤. 2007 |
| ¤ÇÒÁÂÒÇ | 188 ˹éÒ |
| Êè§ÍÍ¡¡ÒÃÍéÒ§ÍÔ§ | BiBTeX EndNote RefMan |