By Sergio Pizzini
This present day, the silicon feedstock for photovoltaic cells comes from methods that have been initially built for the microelectronic undefined. It covers nearly ninety% of the photovoltaic marketplace, with mass creation quantity no less than one order of significance greater than these dedicated to microelectronics.
However, it really is demanding to visualize that this sort of feedstock (extremely natural yet seriously penalized through its excessive power fee) might stay the one resource of silicon for a photovoltaic industry that's in non-stop growth, and which has a cumulative development expense in way over 30% within the previous couple of years. although stories recommend that the silicon percentage will slowly reduce within the subsequent 20 years, discovering how to manufacture a selected sun grade feedstock in huge amounts, at a reasonably priced whereas keeping the standard wanted, nonetheless continues to be a very important factor. skinny movie and quantum confinement-based silicon cells may be a complementary solution.
Advanced Silicon fabrics for Photovoltaic Applications has been designed to explain the whole possibilities of silicon as a multipurpose fabric and covers:
- Physical, chemical and structural houses of silicon
- Production routes together with the promise of cost effective feedstock for PV applications
- Defect engineering and the position of impurities and defects
- Characterization suggestions, and complicated analytical recommendations for steel and non-metallic impurities
- Thin movie silicon and skinny movie sun cells
- Innovative quantum results, and 3rd iteration sun cells
With contributions from the world over famous specialists, this publication supplies a accomplished research of the state of the art of technique applied sciences and fabric homes, crucial for an individual drawn to the appliance and improvement of photovoltaics.
Read or Download Advanced Silicon Materials for Photovoltaic Applications PDF
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Additional info for Advanced Silicon Materials for Photovoltaic Applications
Marzegalli, and J. Rabier (2006) Optical properties of shufﬂe dislocations in silicon Applied Physics Letters 88, 211910.  M. Green, J. Zhao, and A. Wang (2001) Efﬁcient silicon light emitting diodes, Nature, 412, 805–808.  A. M. Emelyanov, N. A. Sobolev, T. M. Mel’nikova, and S. Pizzini (2003) Efﬁcient silicon light emitting diode with temperature stable spectral characteristics Semiconductors, 37, 730–735.  M. Kittler and M. Reiche (2009) Dislocations as active components of novel silicon devices Advanced Engineering Materials 11 (4), 249–258.
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Physica Status Solidi A 202, 896.  S. Pizzini, S. Binetti, A. LeDonne, A. Marzegalli, and J. Rabier (2006) Optical properties of shufﬂe dislocations in silicon Applied Physics Letters 88, 211910.  M. Green, J. Zhao, and A. Wang (2001) Efﬁcient silicon light emitting diodes, Nature, 412, 805–808.  A. M. Emelyanov, N. A. Sobolev, T. M. Mel’nikova, and S. Pizzini (2003) Efﬁcient silicon light emitting diode with temperature stable spectral characteristics Semiconductors, 37, 730–735.  M.