International audienceLattice matched III-V/Ge solar cells are mainstream for Concentrator PhotoVoltaics (CPV). Having both contacts on the back side could increase efficiency thanks to reduced shading and would provide an alternative to wirebonding, shingling and MIMs as interconnections methods. In this paper, we present the first demonstration of back side contacted lattice matched III-V on Ge solar cell (InGaP/(In)GaAs/Ge). A specific process was developed to fabricate solar cells with a VOC of 2,38 V and a JSC of 9,9 mA/cm². This result is a proof of concept and further developments should increase cell performance
Triple-junction solar cells from III–V compound semiconductors have thus far delivered the highest s...
Abstract — A novel approach has been developed to enable the creation of a fully lattice-matched tw...
The objective of this thesis was the development of a crystalline silicon back contact solar cell, w...
III–V compound semiconductors consist of elements out of the main groups III and V of the periodic t...
III-V multi-junction solar cells have become standard in space and in terrestrial concentrator syste...
III-V multi-junction solar cells are promising devices for photovoltaic applications under very high...
Multijunction solar cells with four junctions are expected to be the next-generation technology for ...
This paper gives a review of the work performed in the framework of the EC-funded project FULLSPECTR...
Solar cells contribute to a satellites weight. The weight of triple junction cells depends mainly on...
A strain-compensated InGaAs/GaAsP superlattice (SL) was successfully integrated into the GaAs middle...
Significant advancements in photovoltaic solar cells are required to support large-scale energy dema...
III-V solar cells are well known for the world record efficiencies in photovoltaic field. Integratin...
III–V multi-junction solar cells are promising devices for photovoltaic applications under very high...
The highest conversion efficiencies are reached by multi-junction III-V solar cells. Wafer-bonding o...
Present developments of the lattice-matched In0.50Ga0.50P/In0.01Ga0.99As/Ge triple-junction solar ce...
Triple-junction solar cells from III–V compound semiconductors have thus far delivered the highest s...
Abstract — A novel approach has been developed to enable the creation of a fully lattice-matched tw...
The objective of this thesis was the development of a crystalline silicon back contact solar cell, w...
III–V compound semiconductors consist of elements out of the main groups III and V of the periodic t...
III-V multi-junction solar cells have become standard in space and in terrestrial concentrator syste...
III-V multi-junction solar cells are promising devices for photovoltaic applications under very high...
Multijunction solar cells with four junctions are expected to be the next-generation technology for ...
This paper gives a review of the work performed in the framework of the EC-funded project FULLSPECTR...
Solar cells contribute to a satellites weight. The weight of triple junction cells depends mainly on...
A strain-compensated InGaAs/GaAsP superlattice (SL) was successfully integrated into the GaAs middle...
Significant advancements in photovoltaic solar cells are required to support large-scale energy dema...
III-V solar cells are well known for the world record efficiencies in photovoltaic field. Integratin...
III–V multi-junction solar cells are promising devices for photovoltaic applications under very high...
The highest conversion efficiencies are reached by multi-junction III-V solar cells. Wafer-bonding o...
Present developments of the lattice-matched In0.50Ga0.50P/In0.01Ga0.99As/Ge triple-junction solar ce...
Triple-junction solar cells from III–V compound semiconductors have thus far delivered the highest s...
Abstract — A novel approach has been developed to enable the creation of a fully lattice-matched tw...
The objective of this thesis was the development of a crystalline silicon back contact solar cell, w...