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[[File:Blazing_Tube_Solar_Appliance.jpg|thumb|350px|photo is of an early prototype]]
 
[[File:Blazing_Tube_Solar_Appliance.jpg|thumb|350px|photo is of an early prototype]]
 
[[File:Blazing_Tube_Solar_Appliance_side.jpg|right|350px]]
 
[[File:Blazing_Tube_Solar_Appliance_side.jpg|right|350px]]
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The '''Blazing Tube Solar Appliance''' is a trough style solar device utilizing a high efficiency solar vacuum tube to absorb the solar radiation concentrated by a non-tracking compound parabolic reflector. Even high temperature operation is achievable.
 
The '''Blazing Tube Solar Appliance''' is a trough style solar device utilizing a high efficiency solar vacuum tube to absorb the solar radiation concentrated by a non-tracking compound parabolic reflector. Even high temperature operation is achievable.
   
Joining the system’s solar components with a separate highly insulated round cook-box, further ensures Blazing Tube’s high temperature maintenance during cloudy intervals and even into the evening hours. Using no moving parts and constructed of metal and glass components, the BTSA has a long service life expectancy. Its unique energy conservation characteristics allow it to operate under marginal weather conditions, during which most other solar cookers fail. Normally operating at a temperature above 300 degrees F (148.8˚C.), foods can be fried, baked and boiled throughout daylight hours, and maintained at hot serving temperatures above 160 degrees F (71˚C) late into the evening hours.
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Joining the system’s solar components with a separate highly insulated round cook-box, further ensures Blazing Tube’s high temperature maintenance during cloudy intervals and even into the evening hours. Using no moving parts and constructed of metal and glass components, the BTSA has a long service life expectancy. Its unique energy conservation characteristics allow it to operate under marginal weather conditions, during which most other solar cookers fail. Normally operating at a temperature above 300°F (148.8˚C.), foods can be fried, baked and boiled throughout daylight hours, and maintained at hot serving temperatures above 160°F (71˚C) late into the evening hours.
   
 
==See also==
 
==See also==

Latest revision as of 00:43, July 29, 2014

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Last updated: May 13, 2010      
Blazing Tube Solar Appliance

photo is of an early prototype

Blazing Tube Solar Appliance side
Blazing Tuve Solar Appliance demo

John Grandinetti demonstrating the BTSA

The Blazing Tube Solar Appliance is a trough style solar device utilizing a high efficiency solar vacuum tube to absorb the solar radiation concentrated by a non-tracking compound parabolic reflector. Even high temperature operation is achievable.

Joining the system’s solar components with a separate highly insulated round cook-box, further ensures Blazing Tube’s high temperature maintenance during cloudy intervals and even into the evening hours. Using no moving parts and constructed of metal and glass components, the BTSA has a long service life expectancy. Its unique energy conservation characteristics allow it to operate under marginal weather conditions, during which most other solar cookers fail. Normally operating at a temperature above 300°F (148.8˚C.), foods can be fried, baked and boiled throughout daylight hours, and maintained at hot serving temperatures above 160°F (71˚C) late into the evening hours.

See alsoEdit

External linksEdit

ContactEdit

Blazing Tube Solar

info@blazingtubesolar.com

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