2010Unpublished venueRequires access

Next generation solar cells

Zhao Ying

Open publisher page 2 citations

Abstract

A detailed introduction to the concepts,current status and research targets for the next generation of solar cells is presented.Their structure and design characteristics are analyzed from the viewpoint of the full absorption of sunlight energy and low conversion loss.Wide band-gap solar cells,quantum dot hot-carrier solar cells,and multi-exciton generation quantum dot solar cells based on nanotechnology and tandem structures which can utilize high energy photons are described.To decrease the loss of low energy photons,narrow band-gap photovoltaic materials and intermediate band photovoltaic devices may be employed.Various modes of light conversion,solar cells with up-conversion and down-conversion,and the limits to their efficiency are discussed.

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What this paper is about

A detailed introduction to the concepts,current status and research targets for the next generation of solar cells is presented.Their structure and design characteristics are analyzed from the viewpoint of the full absorption of sunlight energy and low conversion loss.Wide band-gap solar cells,quantum dot hot-carrier solar cells,and multi-exciton generation quantum dot solar cells based on nanotechnology and tandem structures which can utilize high energy photons are described.To decrease the loss of low energy photons,narrow band-gap photovoltaic materials and intermediate band photovoltaic devices may be employed.Various modes of light conversion,solar cells with up-conversion and down-conversion,and the limits to their efficiency are discussed.

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Available abstract

A detailed introduction to the concepts,current status and research targets for the next generation of solar cells is presented.Their structure and design characteristics are analyzed from the viewpoint of the full absorption of sunlight energy and low conversion loss.Wide band-gap solar cells,quantum dot hot-carrier solar cells,and multi-exciton generation quantum dot solar cells based on nanotechnology and tandem structures which can utilize high energy photons are described.To decrease the loss of low energy photons,narrow band-gap photovoltaic materials and intermediate band photovoltaic devices may be employed.Various modes of light conversion,solar cells with up-conversion and down-conversion,and the limits to their efficiency are discussed.

Key concepts: Multiple exciton generation, Photovoltaic system, Theory of solar cells, Optoelectronics, Tandem, Quantum dot solar cell, Plasmonic solar cell, Energy conversion efficiency

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