MicroLink Devices has demonstrated state-of-the-art performance-per-area for flexible,
epitaxial lift-off (ELO) three junction (3J) inverted metamorphic (IMM) solar cells. Half-wafer …

This paper reports the structural optimization and the temperature-dependent electrical
characterization of GaAs single-junction solar cells (SJSCs) based on the p+-nn+ junction …

Increasing epitaxial growth rate is an important path toward III-V solar cell cost reductions;
however, photovoltaic device performance has been shown to degrade with increasing …

We demonstrate an inverted metamorphic multijunction (IMM) photovoltaic cell comprising
lattice-mismatched 1.2 eV AlGaInAs and 1.0 eV GaInAs junctions optimized for high …

The growth of heavily doped tunnel junctions in inverted metamorphic multijunction solar
cells induces a strong diffusion of Zn via a point-defects-assisted mechanism. The …

We show 6-junction inverted metamorphic solar cells with high efficiencies under both the
global and direct spectrum, and discuss improvements to device components. High voltage …

We have investigated wide-bandgap, metamorphic GaAs 1-x P x and In y Ga 1-y P solar
cells on GaAs as potential subcell materials for future 4-6 junction devices. We identified and …

Wearable flexible electronics often require sustainable power sources that are also
mechanically flexible to survive the extreme bending that accompanies their general use. In …

The conversion efficiency of InGaP/(In) GaAs/Ge‐based multijunction solar cells has been
improved up to 29–30%(AM0) and 31–32%(AM1· 5G) by technologies, such as double …

Ga x In 1− x P/GaAs solar cell (SC) structure was grown on p-type (100)-oriented GaAs
substrate by using solid-source molecular beam epitaxy technique. The structural, optical …