On this paper we present an alternative way to analyze de electronic properties of each subcell from the complete device. By illuminating the cell with light sources which energy is near one of the subcell bandgaps, it is possible to “erase” the presence of such subcell on the CV curve. The main advantages of this technique are that it is not destructive, it can be measured on the complete cell so can be easily implemented as a diagnostic technique for controlling electronic deviations
A method for the determination of the subcell I-V characteristics of multijunction solar cells in th...
Quantitative photoluminescence (PL) or electroluminescence (EL) experiments can be used to probe fas...
This paper describes the principle of the study which is based on electrol...
The theoretical Shockley-Queisser radiative efficiency limit for single solar cells is around 30% an...
It is well known that the response of any photovoltaic solar cell is dependent on the spectral chara...
International audienceThis paper presents a simple and non-destructive method to determine doping de...
International audienceThis paper presents a simple and non-destructive method to determine doping de...
La limite de rendement théorique de Shockley-Queisser pour une cellule solaire à simple jonction (~3...
The letter describes a method for determining the photovoltage, i.e., the quasifermi level splitting...
We demonstrate a photoluminescence based, contactless method to determine the current-voltage charac...
We demonstrate a photoluminescence based, contactless method to determine the current-voltage charac...
We present a simple method to quantify the magnitude of luminescent coupling (LC) between stacked su...
A method for the determination of the subcell I-V characteristics of multijunction solar cells in th...
Quantitative photoluminescence (PL) or electroluminescence (EL) experiments can be used to probe fas...
This paper describes the principle of the study which is based on electrol...
The theoretical Shockley-Queisser radiative efficiency limit for single solar cells is around 30% an...
It is well known that the response of any photovoltaic solar cell is dependent on the spectral chara...
International audienceThis paper presents a simple and non-destructive method to determine doping de...
International audienceThis paper presents a simple and non-destructive method to determine doping de...
La limite de rendement théorique de Shockley-Queisser pour une cellule solaire à simple jonction (~3...
The letter describes a method for determining the photovoltage, i.e., the quasifermi level splitting...
We demonstrate a photoluminescence based, contactless method to determine the current-voltage charac...
We demonstrate a photoluminescence based, contactless method to determine the current-voltage charac...
We present a simple method to quantify the magnitude of luminescent coupling (LC) between stacked su...
A method for the determination of the subcell I-V characteristics of multijunction solar cells in th...
Quantitative photoluminescence (PL) or electroluminescence (EL) experiments can be used to probe fas...
This paper describes the principle of the study which is based on electrol...