Planning on doing some of these with succulents, moss and wildflowers.
Wednesday, January 26, 2011
Monday, January 17, 2011
Monday, January 10, 2011
Still Life With Woodpecker
"Don't let yourself be victimized by the age you live in. It's not the
times that will bring us down, any more than it's society. When you
put the blame on society, then you end up turning to society for the
solution. Just like those poor neurotics at the Care Fest. There's a
tendency today to absolve individuals of moral responsibility and treat
them as victims of social circumstance. You buy that, you pay with
your soul. It's not men who limit women, it's not straights who limit
gays, it's not whites who limit black. what limits people is lack of
character. What limits people is that they don't have the fucking
nerve or imagination to star in their own movie, let alone direct it.
Yuck....It's a wonderful time to be alive. As long as one has enough
dynamite."
— Tom Robbins (Still Life with Woodpecker)
times that will bring us down, any more than it's society. When you
put the blame on society, then you end up turning to society for the
solution. Just like those poor neurotics at the Care Fest. There's a
tendency today to absolve individuals of moral responsibility and treat
them as victims of social circumstance. You buy that, you pay with
your soul. It's not men who limit women, it's not straights who limit
gays, it's not whites who limit black. what limits people is lack of
character. What limits people is that they don't have the fucking
nerve or imagination to star in their own movie, let alone direct it.
Yuck....It's a wonderful time to be alive. As long as one has enough
dynamite."
— Tom Robbins (Still Life with Woodpecker)
Friday, December 10, 2010
Thursday, December 9, 2010
Wednesday, December 8, 2010
Read about this on designboom
Armadilha Solar: Jee - eco efficient window
'jee' by armadilha solar
all images courtesy armadilha solar
portugal-based architecture and consultancy office armadilha solar has designed 'jee',
an eco-efficient window system that aims to naturally optimize building conditions by
taking advantage of solar energy, light, ventilation and acoustics as they occur between
the inside/outside environments. already in its prototyping and monitoring stage,
the product, when compared to a typical window, increases a building's energy performance
by 30% and reduces carbon dioxide emissions by more than 40%.
components
the design consists of two systems that work together to maximize the microclimate of the building:
the 'span system', which is essentially the exterior glass window/door, controls the amount of daylight,
ventilation and acoustics the interior experiences; the 'thermal system', placed along the vertical side
of the span, functions as a sun-space, solar radiation heat collector, and an electrical heat backup system
during the night.
winter
(left) day: greenhouse effect
(right) night: radiative heat and convection
on a regular sunny winter day, the isolation door over the thermal modules opens to collect solar energy.
a mirrored slide tracks the path of the sun throughout the day, maximizing on the solar heat gain. the sun space
also directly warms the interior room by taking advantage of the green house effect created in its cylinder.
solar heat can be stored in the energy accumulators and released during dawn when the temperature starts to fall.
the system can be closed and completely insulated during the night.
summer
(left) day: thermosiphon effect
(right) night: night cross ventilation
on a regular summer day, the isolation door is closed, blocking the thermal modules from gaining any solar heat.
the tubular sun space acts as a thermosiphon, sucking excessive heat gains from the inside to the exterior through
an opening near the room's ceiling. at night, the system remains open to allow for cross ventilation.
daylighting is optimized by polished aluminum venetian blinds which reflect the sun into the room.
Check out more great stuff here
'jee' by armadilha solar
all images courtesy armadilha solar
portugal-based architecture and consultancy office armadilha solar has designed 'jee',
an eco-efficient window system that aims to naturally optimize building conditions by
taking advantage of solar energy, light, ventilation and acoustics as they occur between
the inside/outside environments. already in its prototyping and monitoring stage,
the product, when compared to a typical window, increases a building's energy performance
by 30% and reduces carbon dioxide emissions by more than 40%.
components
the design consists of two systems that work together to maximize the microclimate of the building:
the 'span system', which is essentially the exterior glass window/door, controls the amount of daylight,
ventilation and acoustics the interior experiences; the 'thermal system', placed along the vertical side
of the span, functions as a sun-space, solar radiation heat collector, and an electrical heat backup system
during the night.
winter
(left) day: greenhouse effect
(right) night: radiative heat and convection
on a regular sunny winter day, the isolation door over the thermal modules opens to collect solar energy.
a mirrored slide tracks the path of the sun throughout the day, maximizing on the solar heat gain. the sun space
also directly warms the interior room by taking advantage of the green house effect created in its cylinder.
solar heat can be stored in the energy accumulators and released during dawn when the temperature starts to fall.
the system can be closed and completely insulated during the night.
summer
(left) day: thermosiphon effect
(right) night: night cross ventilation
on a regular summer day, the isolation door is closed, blocking the thermal modules from gaining any solar heat.
the tubular sun space acts as a thermosiphon, sucking excessive heat gains from the inside to the exterior through
an opening near the room's ceiling. at night, the system remains open to allow for cross ventilation.
daylighting is optimized by polished aluminum venetian blinds which reflect the sun into the room.
Check out more great stuff here
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