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| ⚫ | The '''Nevehorno''' uses solar energy directly and accumulates heat until reaching temperatures of {{Degree|190}}. It was developed to cook both solid and liquid food products and as a passive solar fridge. The Nevehorno is able to use many energy sources: solar, electricity, wood, charcoal, biomass, etc. The maximum temperature achieved through direct solar is {{Degree|188}}, but the maximum temperature achieved through diffuse radiation {{Degree|43}}. |
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| − | __NOTOC__ |
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| ⚫ | The '''Nevehorno''' uses solar energy directly and accumulates heat until reaching temperatures of 190 |
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Fiberglass, polyurethane, galvanized iron, aluminum and tempered glass. |
Fiberglass, polyurethane, galvanized iron, aluminum and tempered glass. |
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| − | + | ==Dimensions/Weight== |
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Dimensions: |
Dimensions: |
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*Base: 42cm x 42cm |
*Base: 42cm x 42cm |
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Weight: 25 kg |
Weight: 25 kg |
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| − | ==See also== |
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| − | ==External links== |
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| − | ==Contact== |
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| − | See [[Luis Becerra]]. |
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[[Category:Solar cooker designs]] |
[[Category:Solar cooker designs]] |
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[[Category:Solar box cooker designs]] |
[[Category:Solar box cooker designs]] |
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| + | [[Category:Hybrid solar cooker designs]] |
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Latest revision as of 19:03, 26 July 2017
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Last edited: 5 April 2011
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The Nevehorno uses solar energy directly and accumulates heat until reaching temperatures of 190 °C (374 °F). It was developed to cook both solid and liquid food products and as a passive solar fridge. The Nevehorno is able to use many energy sources: solar, electricity, wood, charcoal, biomass, etc. The maximum temperature achieved through direct solar is 188 °C (370 °F), but the maximum temperature achieved through diffuse radiation 43 °C (109 °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