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Multiple quantum well top cells for multijunction concentrator solar cells

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Kan-Hua Lee
  • Function : Author
Keith W J Barnham
  • Function : Author
Benjamin C Browne
  • Function : Author
Jessica G J Adams
  • Function : Author
Rob Airey
  • Function : Author
Markus Fuhrer
  • Function : Author
Victoria Rees
  • Function : Author
Mathew Lumb
  • Function : Author
Alison L Dobbin
  • Function : Author
Massimo Mazzer
  • Function : Author
John S Roberts
  • Function : Author
Thomas N D Tibbits
  • Function : Author

Abstract

High efficiency quantum well GaAs solar cells have been successfully applied in commercial multijunction concentrator cells to increase the absorption in the infrared and provide variability of the absorption edge to optimise energy harvesting. Multiple quantum well (MQW) top cells can further improve the performance of multijunction solar cells since the absorption edge of top and middle subcells can be tuned with the MQWs to maximize the efficiency. Also, our simulations show that photon coupling resulting from the radiative dominance of the MQW top cell can make the multijunction cell less sensitive to variations in the incoming spectrum, thus further improving energy harvesting. New results on the characterisation of a novel MQW top cell will be presented along with electro-and photo-luminescence studies relevant to the photonic coupling. The above text is an abstract of a manuscript initially published in the IEEE Journal of Photovoltaics. View the full manuscript at
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Dates and versions

hal-02635233 , version 1 (22-09-2020)

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Kan-Hua Lee, Keith W J Barnham, Benjamin C Browne, James P Connolly, Jessica G J Adams, et al.. Multiple quantum well top cells for multijunction concentrator solar cells. 2011 37th IEEE Photovoltaic Specialists Conference (PVSC), Jun 2011, Seattle, United States. pp.000118-000118, ⟨10.1109/PVSC.2011.6185857⟩. ⟨hal-02635233⟩
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