By Michael Grupp
Chapter 1 The Incoming sun Radiation (pages 1–5):
Chapter 2 the fundamental solar power warmth Transfers (pages 7–41):
Chapter three sunlight Thermal strength Product specifications (pages 43–46):
Chapter four chosen sun Thermal functions (pages 47–100):
Chapter five sunlight PV (pages 101–115):
Chapter 6 Conclusions past sun (pages 117–128):
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Additional info for Time to Shine: Applications of Solar Energy Technology
Chris Butters, June 2011 SELECTED SOLAR THERMAL APPLICATIONS 53 Direct Gain The simplest concept, used by plants and animals, is as old as life itself: it is called direct gain, which includes openings towards the sun such as troglodyte housing and, the ancestor of solar heating, a pad at the opening of a cave. Direct gain is still a main contender today; we shall not see the window replaced any time soon. And the window is still under intense development. The interest of direct solar gain systems is largely dependent on what glazing technologies are available.
An example is air, with its low heat exchange coefficient: air is cheap, available almost everywhere on the earth's surface (even where there is no water), not sensitive to leaks or freezing.. the air-cooled "Beetle," Vorsehe (or Corvair) sales record is (still) living proof. And who says that a hot car cannot afford a refitted engine from time to time? More seriously, a number of air-cooled solar applications have been developed, in particular for desert climates, including solar heaters, water heaters, cookers, and sterilizers (see below).
Table 5 shows the case of slow convection heat transfer through a transfer surface, heated on one, and cooled on the other side by fluids. The table confirms that in case of a multiple heat transfer in series, the heat resistance is dominated by the weakest link. , the average heat resistance, or, even worse, on the best heat transfer in the chain. It is interesting to T H E B A S I C S O L A R E N E R G Y H E A T TRANSFERS 29 Table 5 Convective transfer between a primary fluid and a secondary fluid, separated by a transfer surface.
Time to Shine: Applications of Solar Energy Technology by Michael Grupp