By Laurentiu Fara, Masafumi Yamaguchi
"Featuring a most effective forged of the top photovoltaic scientists from all over the world, this e-book addresses the basic demanding situations within the box and examines the fundamental primary drawback of photovoltaic conversion"--Provided via publisher.
content material: New traits in sun cells / Masafumi Yamaguchi, Laurentiu Fara --
actual boundaries of photovoltaic conversion / Laurentiu Fara, Masafumi Yamaguchi --
Quantum good sunlight cells: physics, fabrics and expertise / Magdalena Lidia Ciurea, Ana-Maria Lepadatu, Ionel Stavarache --
Quantum confinement modeling and simulation for quantum good sunlight cells / Laurentiu Fara, Mihai Razvan Mitroi --
Analytical types of bulk and quantum good sunlight cells and relevance of the radiative restrict / James P. Connolly --
Hybrid sunlight cells: fabrics and know-how / Corneliu Cincu, Aurel Diacon --
Polymer sun cells / Catalin Zaharia --
natural sunlight cells modeling and simulation / Mihai Razvan Mitroi, Laurentiu Fara, Andrei Galbeaza Moraru --
tremendous excessive potency multi-junction sun cells and concentrator sunlight cells / Masafumi Yamaguchi --
Quantum dot sun cells / Yoshitaka Okada, Katsuhisa Yoshida, Yasushi Shoji --
Intermediate band sun cells: modeling and simulation / Pablo García-Linares ... [et al.] --
Phononic engineering for decent service sunlight cells / Sana Laribi ... [et al.] --
The luminescent sun concentrator: advances, optimization, and outlook / Rahul Bose, Keith W.J. Barnham, Amanda J. Chatten --
customers and technique of improvement for complicated sun cells / Laurentiu Fara, Masafumi Yamaguchi.
summary: "Featuring a optimum forged of the major photovoltaic scientists from around the world, this e-book addresses the basic demanding situations within the box and examines the fundamental basic trouble of photovoltaic conversion"--Provided through writer
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Additional resources for Advanced solar cell materials, technology, modeling, and simulation
Boston, MA: Artech House. Munteanu, I. (2003). Solid state physics. Bucharest, Romania: Bucharest University Publishing House. Radziemska, E. (2003). The effect of temperature on the power drop in crystalline silicon solar cells. Renewable Energy, 28(1), 1–12. 1016/ S0960-1481(02)00015-0 Ryvkin, S. M. (1964). Photoelectric effects in semiconductors. New York, NY: Consultant Bureau. Schiff, E. A. (2003). Low mobility solar cells: A device physics primer with applications to amorphous silicon. Solar Energy Materials and Solar Cells, 78, 567–595.
The Earth’s atmosphere introduces more corrections, because of its much lower temperature, the existence of molecules (absorption bands instead of lines), the refractive index induced by the air currents oscillations, the water vapours and the thermal fluctuations, and the diffusion produced by dust and other matter (Fahrenbrunch, Bube, 1983; Smestad, 2002). It is estimated that in ideal conditions (clean air, normal incidence), the solar spectrum in space (denoted AM 0 - 0 atmospheric mass), with full radiance of 1365 W/m2, is reduced to 70% of its full radiance (taking into account absorption 23 Physical Limitations of Photovoltaic Conversion Equation 5.
Usually, cells with different parameters are built in the laboratory and then optimize the parameters. It should be mentioned that the form factor and the conversion efficiency are not the same for the same maximum values of the parameters. The ratio between the open circuit’s voltage and the gap one (voltage greater than the barrier one) depends on the recombination types and (logarithmically) on the incident light flux. The more recombination we have, the more the ratio decreases. On the other hand, the ratio can be increased if we have an Auger effect, which multiplies the number of carriers.
Advanced solar cell materials, technology, modeling, and simulation by Laurentiu Fara, Masafumi Yamaguchi