In this paper we present a method to investigate the impact of the solar spectrum on the output parameters of a CPV module equipped with triple-junction solar cells. The changes of the sun´s spectrum were monitored by using calibrated isotype solar cells. A correlation of the CPV module outdoor performance to changes in the sun spectrum has been determined. Experimental results of the spectral impact on the current of a Daido Steel CPV module are presented. Finally, a correction method is applied in order to derive the module’s current under reference spectral conditions
Solar spectral irradiance measurements on a routinely basis are relevant to study the influence of s...
One approach to consider the prevailing spectral conditions when performing CPV module power ratings...
The procedure for measuring concentrator photovoltaic (CPV) module output power is detailed in the d...
Spectrally resolved measurements of the solar irradiation are needed to assess the outdoor performan...
A method to quantify spectral effects on the electric parameters of multi-junction solar cells is pr...
Solar spectral variation is important in characterization of photovoltaic devices. We present result...
The influence of spectra and temperature dependence of concentrator photovoltaics (CPV) optics is in...
This article describes outdoor temperature-controlled measurement of various photovoltaic (PV) modul...
Isotype cells can be used to obtain coarse measurements of the solar spectrum relevant for multi-jun...
A method is presented herein that allows the determination of the average temperature of solar cells...
The performance of photovoltaic (PV) modules in terms of their ability to convert incident photon to...
Concentrator photovoltaic usually embeds multi-junction solar cells, which exhibit high spectral sen...
The validity of a solar simulator for concentrator PV modules is assessed through a comprehensive ch...
At the Fraunhofer-Institute for Solar Energy Systems, the spectral distribution of the solar radiati...
We present a simple empirical model for the influence of the solar spectrum on the performance of ph...
Solar spectral irradiance measurements on a routinely basis are relevant to study the influence of s...
One approach to consider the prevailing spectral conditions when performing CPV module power ratings...
The procedure for measuring concentrator photovoltaic (CPV) module output power is detailed in the d...
Spectrally resolved measurements of the solar irradiation are needed to assess the outdoor performan...
A method to quantify spectral effects on the electric parameters of multi-junction solar cells is pr...
Solar spectral variation is important in characterization of photovoltaic devices. We present result...
The influence of spectra and temperature dependence of concentrator photovoltaics (CPV) optics is in...
This article describes outdoor temperature-controlled measurement of various photovoltaic (PV) modul...
Isotype cells can be used to obtain coarse measurements of the solar spectrum relevant for multi-jun...
A method is presented herein that allows the determination of the average temperature of solar cells...
The performance of photovoltaic (PV) modules in terms of their ability to convert incident photon to...
Concentrator photovoltaic usually embeds multi-junction solar cells, which exhibit high spectral sen...
The validity of a solar simulator for concentrator PV modules is assessed through a comprehensive ch...
At the Fraunhofer-Institute for Solar Energy Systems, the spectral distribution of the solar radiati...
We present a simple empirical model for the influence of the solar spectrum on the performance of ph...
Solar spectral irradiance measurements on a routinely basis are relevant to study the influence of s...
One approach to consider the prevailing spectral conditions when performing CPV module power ratings...
The procedure for measuring concentrator photovoltaic (CPV) module output power is detailed in the d...