This paper presents the mechanisms of efficiency losses that have to do with the non-uniformity of the irradiance over the multi-junction solar cells and different measurement techniques used to investigate them. To show the capabilities of the presented techniques, three different concentrators (that consist of an acrylic Fresnel lens, different SOEs and a lattice matched multi-junction cell) are evaluated. By employing these techniques is possible to answer some critical questions when designing concentrators as for example which degree of non-uniformity the cell can withstand, how critical the influence of series resistance is, or what kind of non-uniformity (spatial or spectral) causes more losses
Optical component designs for concentrating photovoltaic systems with three different multijunction ...
An extended 3D distributed model based on distributed circuit units for the simulation of triple‐jun...
A network model for multi-junction solar cells has been combined with ray tracing and finite element...
This paper presents the mechanisms of efficiency losses that have to do with the non-uniformity of t...
In this work, it has been developed a method to generate non-homogeneous light patterns on multi-jun...
This paper proposes an indoor procedure based on charge-coupled device camera measurements to charac...
In this work, we explain the behavior of multijunction solar cells under non-uniform (spatially and ...
Multijunction concentrator solar cells are a promising technology in the effort to alleviate the gro...
The consideration of real operating conditions for the design and optimization of a multijunction so...
After a gap of more than two decades, Concentrator Photovoltaics (CPV) technology is once again unde...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Quasi-3D distributed emitter models utilizing a unit cell-based methodology have been successfully a...
Optical component designs for concentrating photovoltaic systems with three different multijunction ...
An extended 3D distributed model based on distributed circuit units for the simulation of triple‐jun...
A network model for multi-junction solar cells has been combined with ray tracing and finite element...
This paper presents the mechanisms of efficiency losses that have to do with the non-uniformity of t...
In this work, it has been developed a method to generate non-homogeneous light patterns on multi-jun...
This paper proposes an indoor procedure based on charge-coupled device camera measurements to charac...
In this work, we explain the behavior of multijunction solar cells under non-uniform (spatially and ...
Multijunction concentrator solar cells are a promising technology in the effort to alleviate the gro...
The consideration of real operating conditions for the design and optimization of a multijunction so...
After a gap of more than two decades, Concentrator Photovoltaics (CPV) technology is once again unde...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi...
Quasi-3D distributed emitter models utilizing a unit cell-based methodology have been successfully a...
Optical component designs for concentrating photovoltaic systems with three different multijunction ...
An extended 3D distributed model based on distributed circuit units for the simulation of triple‐jun...
A network model for multi-junction solar cells has been combined with ray tracing and finite element...