Photon frequency management materials for efficient solar energy collection

Danos, Lefteris and Meyer, Thomas J. J. and Kittidachachan, Pattareeya and Fang, Liping and Parel, Thomas S. and Soleimani, Nazila and Markvart, Tomas (2015) Photon frequency management materials for efficient solar energy collection. In: Materials challenges. RSC Publishing, Cambridge, pp. 297-331. ISBN 9781849731874

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Abstract

The chapter outlines a range of materials and techniques that can be employed to improve sunlight capture for application in photovoltaics (PV). We review processes such as simple luminescence down-shifting structures, luminescent (or fluorescent) solar collectors and light trapping via a frequency shift which result in an increase of the solar photon flux and significant reduction in PV material requirements. A simple two-flux model is presented within a unified treatment for the collectors and down-shifting structures to estimate re-absorption losses and to determine the collection efficiency based on spectroscopic measurements of the absorption and luminescence spectra. Photon frequency management materials are reviewed which use efficient resonance energy transfer to wavelength shift the incoming solar flux. We show that frequency photon management represents a powerful tool, allowing enhancement in light trapping above the Yablononovitch limit and leading to potentially highly efficient, but employing very thin crystalline silicon, solar cells.

Item Type:
Contribution in Book/Report/Proceedings
ID Code:
72283
Deposited By:
Deposited On:
22 Dec 2014 09:08
Refereed?:
No
Published?:
Published
Last Modified:
29 Jul 2020 07:54