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Tom Sponheim (talk | contribs) Tag: sourceedit |
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{{GoogleTranslateLinks}} |
{{GoogleTranslateLinks}} |
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| ā | {{Updated| |
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[[File:Earthbound_EB-42T.jpg|thumb|[[Earthbound Cooker]]]] |
[[File:Earthbound_EB-42T.jpg|thumb|[[Earthbound Cooker]]]] |
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===Current projects=== |
===Current projects=== |
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| ā | * Perfecting and using our |
+ | * Perfecting and using our [[Media:Recipical_Photo_Test,_William_Bradley,_4-16-14.pdf| Reciprocal Photo Test for Measuring Solar Cooker Performance]] |
* Continue to build and test EB Cooker Prototypes including our Hypar cooker |
* Continue to build and test EB Cooker Prototypes including our Hypar cooker |
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* Evaluate the performance of cookers using our data aquisition system |
* Evaluate the performance of cookers using our data aquisition system |
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*'''April 2014: A photo is used to evaluate solar cooker output''' [[William Bradley]], founder of [[Earthbound Technology]], has been working on developing a new approach for analyzing the potential performance output for [[solar panel cooker]] and [[parabolic solar cooker]]s. It involves photographing the cookpot as the light source in controlled light conditions, and measuring the reflected light. Read a summary at: [[Media:Recipical_Photo_Test,_William_Bradley,_4-16-14.pdf| Reciprocal Photo Test for Measuring Solar Cooker Performance]], and more detail is linked to here: [http://www.earthboundtech.com/cookerperformanceeval.htm Solar Cooker Performance Evaluation by Reciprocity with Photographic Analysis] |
*'''April 2014: A photo is used to evaluate solar cooker output''' [[William Bradley]], founder of [[Earthbound Technology]], has been working on developing a new approach for analyzing the potential performance output for [[solar panel cooker]] and [[parabolic solar cooker]]s. It involves photographing the cookpot as the light source in controlled light conditions, and measuring the reflected light. Read a summary at: [[Media:Recipical_Photo_Test,_William_Bradley,_4-16-14.pdf| Reciprocal Photo Test for Measuring Solar Cooker Performance]], and more detail is linked to here: [http://www.earthboundtech.com/cookerperformanceeval.htm Solar Cooker Performance Evaluation by Reciprocity with Photographic Analysis] |
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| ā | [[File:EB_Hybrid_Parabolic_Cooker,_2-5-13.jpg|thumb|300px|The |
+ | [[File:EB_Hybrid_Parabolic_Cooker,_2-5-13.jpg|thumb|300px|The [[Hypar Solar Cooker]] being winter tested in {{state|Massachusetts}}, [[USA]].]] |
*'''February 2013:''' The [[Hypar Solar Cooker]] is currently being tested. It is our newest cooker. It is primarily a multi-sided [[parabolic solar cooker]] with the outermost section replaced with a conic section. Testing midwinter in Massachusetts shows that it can produce more than enough heat for cooking. |
*'''February 2013:''' The [[Hypar Solar Cooker]] is currently being tested. It is our newest cooker. It is primarily a multi-sided [[parabolic solar cooker]] with the outermost section replaced with a conic section. Testing midwinter in Massachusetts shows that it can produce more than enough heat for cooking. |
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==See also== |
==See also== |
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| + | *[[EB Suncooker]] |
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| + | *[[Hypar Solar Cooker]] |
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*[[EarthBound Cooker]] |
*[[EarthBound Cooker]] |
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*[[William Bradley]] |
*[[William Bradley]] |
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Revision as of 17:52, 15 January 2016
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Last edited: 13 January 2016
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Current projects
- Perfecting and using our Reciprocal Photo Test for Measuring Solar Cooker Performance
- Continue to build and test EB Cooker Prototypes including our Hypar cooker
- Evaluate the performance of cookers using our data aquisition system
- Use ray tracing to evaluate the performance of panel cookers
Other Solar Cooking Interests
- Tracking systems for solar cookers
- Review the performance of funnel cookers
- Increase the power flow into box cookers by optimizng the size and orientation of reflectors.
News and recent developments
Reciprocal light testing, (Earthbound Technology photo)
- April 2014: A photo is used to evaluate solar cooker output William Bradley, founder of Earthbound Technology, has been working on developing a new approach for analyzing the potential performance output for solar panel cooker and parabolic solar cookers. It involves photographing the cookpot as the light source in controlled light conditions, and measuring the reflected light. Read a summary at: Reciprocal Photo Test for Measuring Solar Cooker Performance, and more detail is linked to here: Solar Cooker Performance Evaluation by Reciprocity with Photographic Analysis
The Hypar Solar Cooker being winter tested in Massachusetts, USA.
- February 2013: The Hypar Solar Cooker is currently being tested. It is our newest cooker. It is primarily a multi-sided parabolic solar cooker with the outermost section replaced with a conic section. Testing midwinter in Massachusetts shows that it can produce more than enough heat for cooking.
- July 26, 2008: We cooked a complete meal for 15 people completely in the sun and did a presentation on solar cooking after the meal. It was a complete meal including appetizers, main course and dessert. This attracted enough attention to have the local TV station send a photographer and we had our moment on fame on the local news.
Audio and video
- July 2014:
See also
External links
Contact
- See William Bradley.William Bradley