Stirling Engine in Visual Studio .NET

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Stirling Engine
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A variation on concentrated solar power is the Stirling engine, shown in Figure 3-11. Like CSP with parabolic, this is concentrated solar power;
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FIGURE 3-9 Central focal point
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http://teeic.anl.gov/er/solar/restech/desc/index.cfm
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Feedwater FeedwaterFeedwater reheater reheaterreheater
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FIGURE 3-10 How CSP mirrors work
http://www1.eere.energy.gov/solar/images/power_tower.jpg
Types of Solar Energy however, instead of focusing the sunlight on a central tower, the sunlight is focused on an engine to create mechanical work and then electricity. This type of energy production has many benefits but one challenge that separates it from other forms of concentrated solar energy: The Stirling engine produces a loud sound similar to that of an internal combustion engine, which prohibits its use inside the home. The Stirling engine functions on the principle of a differentiation in temperature. You may be familiar with the Stirling engine from a small engine used in high school science class (Figure 3-12). A teacher may have held this engine on his or her hand, or over a cup of hot water, and the temperature variation would turn the wheel on top. This is similar to what occurs with the larger solar version of the engine (Figure 3-13). The concentrator focuses the sunlight on the receiver, or the Stirling engine, and produces usable energy. This system is then tied into the grid for some type of immediate power usage (Figure 3-14).
The Solar Energy Development Programmatic EIS is an excellent reference for solar energy of all types. Visit http://solareis.anl.gov/guide/ photos/index.cfm to see the many different types of concentrated solar energy with images. This website demonstrates current and recent developments in solar technology.
FIGURE 3-11 Concentrated solar power Stirling engine
http://www.sandia.gov/news/resources/news_releases/images/2009/stirling.jpg
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FIGURE 3-12 Handheld Stirling engine
http://grcimagenet.grc.nasa.gov/grcdigitalimages/1996/1996_00555L.jpg
Concentrator Power Conversion Unit Electricity
FIGURE 3-13 Parts of the solar Stirling engine
http://www1.eere.energy.gov/solar/dish_engines.html
Types of Solar Energy
FIGURE 3-14 Stirling engine
http://www.srpnet.com/newsroom/graphics/tesserasolar/January2010/ PC230480_Large.jpg
FIGURE 3-15 Concentrating and using energy from the Stirling system
http://www.sandia.gov/news/resources/news_releases/images/2009/stirling.jpg
Solar Water Heaters
A traditional type of solar water heater can heat water to a temperature of 130 to 180 F. The evacuated tube collectors (Figure 3-16) are the most efficient collectors available. These collectors function similar to a thermos: A glass or metal tube containing the water or heat transfer fluid, antifreeze, is surrounded by a larger glass tube. The space between the tubes is a vacuum, so very little heat is lost.
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FIGURE 3-16 Evacuated tube solar hot water heater
http://www.energystar.gov/ia/products/fap/images/products/wse_med.png
A similar type of CSP can also be employed for home use. A parabolic solar water heater, shown in Figure 3-17, uses a parabolic mirror(s) to heat water to 400 F or higher. At these temperatures, the hot water can be used to supply heat for homes set up with liquid heating systems, such as baseboard systems heating. In these solar systems, a parabolic reflector or mirror focuses sunlight on a center focal point filled with liquid. The liquid is heated and pumped into the home. The heat is released into the home and is returned to the solar concentration point to be reheated.
FIGURE 3-17 Parabolic solar water heater
http://www.nrel.gov/data/pix/Jpegs/16142.jpg
Updraft Solar
A related solar technology is updraft, or chimney, solar shown in Figure 3-18. With updraft solar, a large surface area of the ground is covered in
Types of Solar Energy
Thermal storage Day Tower
Night
Collector
Turbines
FIGURE 3-18 Updraft solar
http://en.wikipedia.org/wiki/File:Solar_updraft_tower.svg
a radial area around a tower. The covered area is open at the edges of the radius and slopes upward toward the tower. Natural convection (Figure 3-19) allows the air to flow into the tower and turn turbines at the base of the tower. The hot air rises and naturally flows out of the top of the central tower, and the process continues as long as a differential in temperature exists. This form of solar energy is of the concentrating type. Sunlight is used to heat air and concentrate that energy on the turbines.
Concentrating PV Solar
Concentrating solar is also available in photovoltaic form (Figure 3-20). CPV solar functions similar to traditional PV solar, except a lens is used to focus sunlight on a single photo cell instead of an array of cells. The most expensive part of PV solar is the photo cell. By reducing the amount of cells required, the cost of CPV solar is reduced dramatically. The exciting element of focused or concentrating PV solar is that it can be used anywhere and has all of the benefits of traditional PV at a fraction of the cost. Concentrating and updraft solar are primarily commercial- and industrial-scale operations.
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