Solar Flower: Difference between revisions

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(Created page with " = an open source solar energy collector which can be made very easily from common recycled and salvaged materials URL = http://solarflower.org/ =Description= "The Solarflow...")
 
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=Description=
=Description=
'''1.'''


"The Solarflower is an open source solar energy collector which can be made very easily from common recycled and salvaged materials, using basic tools and skills.
"The Solarflower is an open source solar energy collector which can be made very easily from common recycled and salvaged materials, using basic tools and skills.
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Applications include electrical generation, water purification, cooking, bio-char and charcoal, heating, gasification, and whatever else heat can be used for."
Applications include electrical generation, water purification, cooking, bio-char and charcoal, heating, gasification, and whatever else heat can be used for."
'''2. John Robb:'''
"BBuilt with inexpensive, commonly available materials. Modular like a LEGO block that you can snap in to lots of different places where you need it. ...  It's an open source hardware project that was built by Daniel Connell while in Spain. It's a system that makes it easy to turn sunlight into heat. ... What do you Do with a Solar Flower?
Anything that involves heating fluids up.  That includes:
#Heating hot water for your home.
#Heating small spaces like a greenhouse.
#Generating electricity from steam.
#Purifying water.
#Smokeless cooking.
#Making biochar.
Basically, lots of great DiY and easy to assemble project modules that you can plug into it."
(http://www.resilientcommunities.com)





Revision as of 13:50, 21 October 2012


= an open source solar energy collector which can be made very easily from common recycled and salvaged materials

URL = http://solarflower.org/


Description

1.

"The Solarflower is an open source solar energy collector which can be made very easily from common recycled and salvaged materials, using basic tools and skills.

It tracks the sun automatically through a simple non-electrical mechanism, can be made almost anywhere, is portable, has no running costs or emissions, and can produce up to kilowatts of power per device.

Applications include electrical generation, water purification, cooking, bio-char and charcoal, heating, gasification, and whatever else heat can be used for."


2. John Robb:

"BBuilt with inexpensive, commonly available materials. Modular like a LEGO block that you can snap in to lots of different places where you need it. ... It's an open source hardware project that was built by Daniel Connell while in Spain. It's a system that makes it easy to turn sunlight into heat. ... What do you Do with a Solar Flower?

Anything that involves heating fluids up. That includes:

  1. Heating hot water for your home.
  2. Heating small spaces like a greenhouse.
  3. Generating electricity from steam.
  4. Purifying water.
  5. Smokeless cooking.
  6. Making biochar.

Basically, lots of great DiY and easy to assemble project modules that you can plug into it." (http://www.resilientcommunities.com)


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