home design for cooling
Air conditioning is expensive to run and install, and environmentally unfriendly. A good home design can reduce its use or even eliminate it, in most climates.
Climate, AC and cooling
Cooling design, and the use of air conditioning, depends largely on climate.
See:
Cooling Methods and Climate
Air conditioning for Hot Climates
Cooling for cold and temperate climates
Cooling for Warm Humid Climates
Cooling for Tropical Countries
Cooling for Dry Hot Climates
Home Design for Cooling
Though with details and specificities associated with the climate, home design for cooling involves some basic features. We list most of them below:
Home Orientation: homes should be properly oriented to get breezes and sun protection (or solar heat gains in the winter, in cold and temperate climates).
Natural ventilation: (cross) ventilation is a main cooling element in some hot climates. In hotter climates it’s advantageous to elevate the home structures (raised floors) to get ventilation...
Landscape & Shading & Breeze funneling: trees and shrubs, pergolas, trellises, patios with vegetation, overhangs, trombe walls and greenhouses are elements to consider in various shading strategies, to avoid heat gains.
Hot air ventilation at the ceiling level: in hotter climates, the removal of inside hot air is crucial...
Overhangs: properly sized overhangs are important in all climates.
Insulation: roof and ceiling reflective insulation can be extremely important in most climates. High levels of wall insulation are also important in temperate or cold climates...
Floor plan: in hotter climates, single room depth and narrow buildings are advantageous for ventilation goals.
Evaporative cooling: methods based in the cooling effects of water (evaporative cooling) can be important in dry climates.
Windows and louvers: windows should be properly sized and shaded for cooling goals. Wing walls and casement windows are excellent for breeze deflection and cross ventilation.
Fans: ceiling fans, whole-house fans and window fans are important, in many cooling strategies.
Air conditioning vs. natural cooling
Natural cooling can replace or minimize the use of air conditioning.
High levels of insulation is crucial to reduce or eliminate the use of air conditioning in cold and temperate climates. Similarly in some hot climates where natural ventilation is difficult to implement, insulation is a key element to reduce the use of air-conditioning…
See also:
Home design for cooling in Hot Climates
Cooling Methods and Climate
Cooling for cold and temperate climates
Cooling for Warm Humid Climates
Cooling for Tropical Countries
Cooling for Dry Hot Climates
Natural Cooling
Cooling for New Homes
Cooling and Shade
Cooling and Heat Gains Control
Cooling and Windows
Cooling, Cross Ventilation and Window Fans
Cooling and Fans
Floor Plan for Cooling
Solar Chimneys
Cooling with Sunrooms
Convective Cooling
Evaporative cooling
Geothermal Coolingf
Insulation and cooling
Roofs and cooling
Passive cooling
