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[[File:Nevehorno1.jpg|left]] |
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The '''Nevehorno''' uses solar energy directly and accumulates heat until reaching temperatures of 190° C. It was developed to cook both solid and liquid food products and as a passive solar fridge. The neverhorn is able to use many energy sources: solar, electricity, wood, charcoal, biomass, etc. The maximum temperature achieved through direct solar is 187.8 ºC (370°F), but the maximum temperature achieved through diffuse radiation 43.33 ºC (110°F). |
The '''Nevehorno''' uses solar energy directly and accumulates heat until reaching temperatures of 190° C. It was developed to cook both solid and liquid food products and as a passive solar fridge. The neverhorn is able to use many energy sources: solar, electricity, wood, charcoal, biomass, etc. The maximum temperature achieved through direct solar is 187.8 ºC (370°F), but the maximum temperature achieved through diffuse radiation 43.33 ºC (110°F). |
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===Materials=== |
===Materials=== |
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Fiberglass, polyurethane, galvanized iron, aluminum and tempered glass. |
Fiberglass, polyurethane, galvanized iron, aluminum and tempered glass. |
Revision as of 19:19, 26 January 2010
The Nevehorno uses solar energy directly and accumulates heat until reaching temperatures of 190° C. It was developed to cook both solid and liquid food products and as a passive solar fridge. The neverhorn is able to use many energy sources: solar, electricity, wood, charcoal, biomass, etc. The maximum temperature achieved through direct solar is 187.8 ºC (370°F), but the maximum temperature achieved through diffuse radiation 43.33 ºC (110°F).
Materials
Fiberglass, polyurethane, galvanized iron, aluminum and tempered glass.
Dimensions/Weight
Dimensions:
- Base: 42cm x 42cm
- Upper section: 84cm x 84cm height: 50cm
Weight: 25 kg
See also
External links
Contact
Luis Becerra
Proyectos Solares Inteligentes
Carrera 23 Nº 23-60 1
Duitama Boyaca
Colombia
Email: ingenieroselectromecanicos@yahoo.com.mx or proyectosolar@yahoo.com