Comparison of various InGaAs-based solar cells for concentrated photovoltaics applications
F Chancerel, P Regreny, JL Leclercq… - AIP Conference …, 2022 - pubs.aip.org
InGaAs lattice matched to InP is a promising material for bottom sub-cell in a 4-junction solar
cell designed for concentrated photovoltaics applications. Here we compare the
performances of two structures that could replace standard monolithic InGaAs homojuntion.
The first one is a stand-alone solar cell realized via epitaxial lift-off (ELO) process on a
flexible substrate. The second one is a heterojunction solar cell, Nept on its parent InP
substrate, composed of an InP emitter and an InGaAs absorber. A third structure made of an …
cell designed for concentrated photovoltaics applications. Here we compare the
performances of two structures that could replace standard monolithic InGaAs homojuntion.
The first one is a stand-alone solar cell realized via epitaxial lift-off (ELO) process on a
flexible substrate. The second one is a heterojunction solar cell, Nept on its parent InP
substrate, composed of an InP emitter and an InGaAs absorber. A third structure made of an …
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