Solar Energy: The State of the Art : ISES Position PapersIt is rare that a book draws together the knowledge and experience of scientists, each a world leader in his or her discipline, to create a work that presents the state of the art in a field as rich and diverse as solar energy. In Solar Energy - the State of the Art this aim has been achieved. The book comprises twelve individual chapters, each dedicated to one of the major solar energy sub-disciplines and authored by an internationally recognised expert in the field. Areas covered range from solar radiation and meteorology, solar collectors and concentrators, solar energy and the built environment, to solar thermal electricity, photovoltaics, wind energy and the potential cost of ignoring solar energy resources. The papers examine the technology and field in question, discuss the rudiments and major applications, review the current science and technology and explore the remaining challenges for the future. Solar Energy - the State of the Art is an essential reference work for all solar energy practitioners, students, researchers and engineers wishing to gain a broad-based understanding of the theory, technology, applications and issues surrounding the broad, interdisciplinary field of solar energy. The book will form an important component of any library's solar energy holding and will be of particular benefit as an academic reference, as well as being of practical value to professionals who wish to gain a clear understanding of the concepts required to move forward in this field. Published with ISES. |
Contents
Glazings and coatings | 29 |
4 | 31 |
5 | 61 |
6 | 71 |
7 | 78 |
Analytical tools for advanced glazings | 86 |
9 | 102 |
3 | 122 |
Photovoltaic physics and devices | 291 |
Solar Concentrators | 357 |
n 1 0 | 391 |
The cost of pollution and the benefit of solar energy | 437 |
distillation drying agricultural | 477 |
A review | 497 |
Solar thermal electricity | 577 |
selective absorbers | 593 |
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Common terms and phrases
absorption ambient angle aperture applications bandgap buildings cavity coating coefficient collector loop components concentration convection cost CR functions developed diffuse effect efficiency electricity electrochromic electron emissions Equation evacuated factor flat-plate collectors flow rate fluid flux function glass glazing global heat exchanger heat loss heat transfer heliostat horizontal impacts incidence increase input insulation laser layer load luminous efficacy material measurements metal models non-imaging operation optical output oxide p-n junction pane parabolic parabolic trough parameters performance photovoltaic plant pollution production pump radiative reduced reflectance reflector secondary semiconductor shown in Figure silicon simulation solar cells solar collector Solar Energy solar furnace solar irradiance solar radiation solar thermal solar water heaters spectral storage substrate surface T₂ tank temperature thermosyphon tion transmittance Tsol tube typical values W/mē wavelength wind energy wind farm wind speed wind turbines window


