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Figure 5-4 Solar cooler plumbing details.
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Figure 5-5 The solar cooler cycle.
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Project 7: Solar-Powered Ice-Maker
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Figure 5-5 illustrates this cycle.
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This design has a number of strengths which make it robust and reliable in operation. One of those strengths is that the design has an absolute minimum of moving parts. The only things that actively move are the valves and even these are operated infrequently. The elimination of moving parts makes this design very efficient.
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The following addresses may be useful if you wish to make further enquiries about this design of ice-maker:
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S.T.E.V.E.N. Foundation, 414 Triphammer Rd. Ithaca, NY 14850 U.S.A. SIFAT, Route 1, Box D-14 Lineville, AL 36266 U.S.A.
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Solar Cooking
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Why cook using the sun
Solar cooking is a great alternative to conventional cooking rather than burning fuel and producing carbon dioxide emissions, or using precious electricity, solar cooking harnesses the natural energy available from the sun! It is a great social activity on a sunny day barbeques are just sooooo yesterday solar cooking is where it is at! No fumbling with matches and firelighters, no choking on smoke, no burnt sausages! Just hope that the clouds don t come! Although you won t see any T.V. chefs preparing meals on a solar cooker, it doesn t mean that they aren t any good it just means that T.V. chefs lack technological imagination. There are lots of different designs of solar cooker all suited to different applications all rely on similar principles concentrating the sun s energy into a small area and then trying to retain the heat. Solar cooking solutions are elegant in their simplicity and as such are suited to developing world applications (Figure 6-1). Many countries do not have the developed infrastructure that we have in the West for distributing energy. As a result, a hot, cooked meal is hard to come by as fuel may be scarce. Think of it like this the developed world is already using a massive amount of energy to cook food with large nations like India and China growing and developing, our energy will run out sooner rather than later if everybody wants to live a western lifestyle but why even should we in the West want to live a western lifestyle when things like solar cooking can be so much fun and achieve the same ends that conventional cooking does, heating a food product. All of the projects in this chapter can be built very cheaply and are ideal for a fun summer s day! At the end of this chapter, I have put together a collection of links to various different types of solar cooker plans that are out there on the web all have different strengths and weaknesses and are suited to different applications, from designs that will just about cook a frankfurter, to large cookers that can be used for community catering!
Figure 6-1 A solar cooker being used in the developing world. Image courtesy Tom Sponheim.
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Project 8: Build a Solar Hot Dog Cooker
You will need
Small photovoltaic cell Solar motor Plywood Framing Screws Flexible acrylic mirror Elastic band and pulley wheel or
Project 8: Build a Solar Hot Dog Cooker
Here we have a couple of options, the qualitybuilt-to-last option, and the cheapskate option. The quality-built-to-last option involves buying some flexible acrylic mirror from the internet. This is often seen on auction sites in large panels as people use it for interior design, and can sometimes be found in garden supply stores as people put it at strategic locations in their garden in order for it to appear bigger. The acrylic mirror can be bent gently without fear of breaking, and also has the advantage that it can be drilled relatively easily without fear of splintering. If you are opting for the cheap option, you can get away with using some corrugated cardboard, covered in glue, followed by tin foil. Note that your collector efficiency will not be as good, as the surface is not as reflective. However, for a demonstration it works to a degree. Next, you need to construct a support for the mirror if you are building to last then use plywood and framing. A router might be useful to machine a groove which will support the mirror, if you are making the cheaper cardboard version, you just need to cut some flaps to support the mirror. Now we come to the drive mechanism. We have a couple of options here (Figures 6-2 and 6-3). You can just provide a simple support for a skewer and turn your hot dog by hand. Alternatively, if you are feeling really adventurous, you can construct a solar motor, which will turn the skewer of your hot dog automatically!
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