By Laurentiu Fara, Masafumi Yamaguchi
"Featuring a top-rated forged of the prime photovoltaic scientists from worldwide, this booklet addresses the basic demanding situations within the box and examines the fundamental basic problem of photovoltaic conversion"--Provided via publisher.
content material: New developments in sunlight cells / Masafumi Yamaguchi, Laurentiu Fara --
actual obstacles of photovoltaic conversion / Laurentiu Fara, Masafumi Yamaguchi --
Quantum good sunlight cells: physics, fabrics and know-how / Magdalena Lidia Ciurea, Ana-Maria Lepadatu, Ionel Stavarache --
Quantum confinement modeling and simulation for quantum good sun cells / Laurentiu Fara, Mihai Razvan Mitroi --
Analytical versions of bulk and quantum good sun cells and relevance of the radiative restrict / James P. Connolly --
Hybrid sun cells: fabrics and know-how / Corneliu Cincu, Aurel Diacon --
Polymer sunlight cells / Catalin Zaharia --
natural sun cells modeling and simulation / Mihai Razvan Mitroi, Laurentiu Fara, Andrei Galbeaza Moraru --
great excessive potency multi-junction sunlight 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 provider sunlight cells / Sana Laribi ... [et al.] --
The luminescent sunlight concentrator: advances, optimization, and outlook / Rahul Bose, Keith W.J. Barnham, Amanda J. Chatten --
customers and technique of improvement for complex sun cells / Laurentiu Fara, Masafumi Yamaguchi.
summary: "Featuring a ideal forged of the major photovoltaic scientists from all over the world, this publication addresses the elemental demanding situations within the box and examines the elemental basic drawback of photovoltaic conversion"--Provided by means of writer
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Additional info for Advanced solar cell materials, technology, modeling, and simulation
As solar light is at our disposal, it represents a primary source of abundant clean energy. , 2009) makes SCs promising candidates among renewable energy sources. Almost 100% internal quantum efficiency means that every absorbed photon produces a separated electron-hole pair and that all these carriers are collected at the electrodes. The role of SCs is to convert the solar energy into electrical energy. In a semiconductor one photon absorption generates an electron-hole pair. These non-equilibrium carriers do not comply with the equilibrium statistics; therefore, they recombine after their lifetime.
From this equation, we find that the open circuit voltage and short circuit current satisfy default relations: eU U I s exp cd − 1 + cd = I L γkBT Rp (19) eR I R I s exp s sc − 1 + 1 + s I sc = I L γkBT Rp (20) Considering the diode ideal (Rs = 0, Rp = ∞, γ = 1), these relations become: eU I sc = I L , I s exp cd − 1 = I L kBT (21) Comparing these relations, we see that can introduce two subunit factors: I sc ≡ βI I L , U cd ≡ βU kBT I L ln + 1 I s e (22) Combining all these factors and taking into account the relations (11)÷(13) the solar cell conversion efficiency is obtained: ∞ η = ηT( )vFF βI βU x g ∫ n f (x ) Ax ηQ( ) (x ) ηc (x ) dx M i xg (23) 27 Physical Limitations of Photovoltaic Conversion Comparing this result with Shockley’s and Queisser’s results, one sees that the value obtained is reduced below 20% for a conventional monocrystalline silicon cell.
Physics and technology of solar cells and PV systems. Bucharest, Romania: Romanian Scientists Academy Publishing House. , Mitroi, M. , & Noaje, G. (2008). Modeling and numerical simulation of nanostructured solar cells. Bucharest, Romania: Punct Publishing House. Green, M. A. (1986). Solar cells: Operating principles, technology and system applications. Kensington, Australia: University of NSW. Green, M. A. (1992). Solar cells: Operating principles, technology and system applications. Kensington, Australia: University of NSW.