In the winter: Allow thermal
mass to absorb heat during the day from direct sunlight or from radiant
heaters. It will re-radiate this warmth back into the home throughout the
night.(
In the summer:
Allow cool night breezes and/or
convection currents to pass over the thermal mass, drawing out all the stored
energy. During the day protect thermal mass from excess summer sun with shading
and insulation if required.(
The denser the material is the
higher the thermal mass is.
Some material that can be used:
Water, Concrete, Sandstone,
Compressed earth block, Rammed earth, FC sheet(compressed), Brick, Earth Wall
(adobe), AAC
The type of material that you use
for the thermal wall is very important, has to be at least 110 to 230 mm thick.
The thermal wall can be very
expensive and labor intensive.
"PASSIVE SOLAR DESIGN - THERMAL MASS", Sacramento: California Energy Commission , 2006. http://www.consumerenergycenter.org/home/construction/solardesign/thermal.html
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