Narrow bandgap p-i-n dilute nitride GaInNAsSb junctions, for use as bottom cell in 6-junction solar cells, are reported. In particular, we demonstrate a high optical quality for GaInNAsSb junction with a bandgap ~0.78 eV, corresponding to a N content of 6.2%. Under AM0 illumination, such cell exhibits a photocurrent of 36.6 mA/cm2. By extracting the parameters of the experimental cell, we estimate the the AM0 efficiency of a 6-junction multijunction solar cell employing the GaInNAsSb junction, to attain a value of 33%. Further improvements are discussed towards achieving the full potential of the 6-junction design.Peer reviewe
High performance narrow-bandgap GaInNAsSb solar cells are instrumental for the development of lattic...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...
We report on the progress made in the development of lattice-matched multijunction solar cells emplo...
Monolithic four‐junction solar cells incorporating two dilute nitride (GaInNAsSb) bottom junctions a...
Solar cells generate green energy directly from sunlight. The energy conversion efficiency of solar ...
We demonstrate single junction GaInNAsSb solar cells with high nitrogen content, i.e. in the range o...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
Low-bandgap GaInNAsSb single junction solar cells incorporating a planar Au back surface reflector f...
Low-bandgap GaInNAsSb single junction solar cells incorporating a planar Au back surface reflector f...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
We report a detailed performance assessment of triple junction dilute nitride solar cells fabricated...
Dilute nitride GaInN(Sb)As with a band gap (Eg) of 1.0 eV is a promising material for the integratio...
Solar cells generate green energy directly from sunlight. The energy conversion efficiency of solar ...
High performance narrow-bandgap GaInNAsSb solar cells are instrumental for the development of lattic...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...
We report on the progress made in the development of lattice-matched multijunction solar cells emplo...
Monolithic four‐junction solar cells incorporating two dilute nitride (GaInNAsSb) bottom junctions a...
Solar cells generate green energy directly from sunlight. The energy conversion efficiency of solar ...
We demonstrate single junction GaInNAsSb solar cells with high nitrogen content, i.e. in the range o...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
Low-bandgap GaInNAsSb single junction solar cells incorporating a planar Au back surface reflector f...
Low-bandgap GaInNAsSb single junction solar cells incorporating a planar Au back surface reflector f...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
Dilute nitride arsenide antimonide compounds offer widely tailorable band-gaps, ranging from 0.8 eV ...
We report a detailed performance assessment of triple junction dilute nitride solar cells fabricated...
Dilute nitride GaInN(Sb)As with a band gap (Eg) of 1.0 eV is a promising material for the integratio...
Solar cells generate green energy directly from sunlight. The energy conversion efficiency of solar ...
High performance narrow-bandgap GaInNAsSb solar cells are instrumental for the development of lattic...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...
We report on the progress in developing lattice-matched GaAs-based solar cells with focus on develop...