Add to ORKGA solar cell is a large area device, thus its global IV-characteristic and efficiency strongly depend on local properties. The existence of local defects, such as locally decreased diffusion length, strong local shunt- or high local series resistances, will adversely influence the solar cell global properties. Experimental techniques suitable t
A description of a typical high-efficiency solar cell and its working principle are given. This is a...
This article is aimed on characterization of silicon solar cells microstructural inhomogeneities. To...
This paper discusses the application of a variety diagnostic methods applicable to the solar cells. ...
An advanced LBIC measurement for solar cell local characterization, called CELLO has been developed ...
GLOBAL cell efficiencies are measured at standardized testing conditions (STC) to be able to compare...
Next-generation highest efficiency silicon solar cells are often designed with elaborate doping and ...
In this paper, we analyze the effect of local shunts in photovoltaic (PV) solar cells by experimenta...
AbstractThis paper presents a novel method to measure the local thickness of silicon wafers spatiall...
ABSTRACT: Solar cells with an inhomogeneous distribution of high Rser are not well described by the ...
A model is introduced which divides a solar cell locally into a 'baseline' region, showing a homogen...
AbstractIn this contribution two methods for performing local efficiency analysis of solar cells are...
In this contribution two methods for performing local efficiency analysis of solar cells are compare...
A simple analytical tool is introduced that allows to include the information given in spatially res...
It is well known that a moderate sheet resistance of the emitter layer of a solar cell can be modell...
ABSTRACT: In this paper the CELLO technique (solar CELl LOcal characterization) is used for the loca...
A description of a typical high-efficiency solar cell and its working principle are given. This is a...
This article is aimed on characterization of silicon solar cells microstructural inhomogeneities. To...
This paper discusses the application of a variety diagnostic methods applicable to the solar cells. ...
An advanced LBIC measurement for solar cell local characterization, called CELLO has been developed ...
GLOBAL cell efficiencies are measured at standardized testing conditions (STC) to be able to compare...
Next-generation highest efficiency silicon solar cells are often designed with elaborate doping and ...
In this paper, we analyze the effect of local shunts in photovoltaic (PV) solar cells by experimenta...
AbstractThis paper presents a novel method to measure the local thickness of silicon wafers spatiall...
ABSTRACT: Solar cells with an inhomogeneous distribution of high Rser are not well described by the ...
A model is introduced which divides a solar cell locally into a 'baseline' region, showing a homogen...
AbstractIn this contribution two methods for performing local efficiency analysis of solar cells are...
In this contribution two methods for performing local efficiency analysis of solar cells are compare...
A simple analytical tool is introduced that allows to include the information given in spatially res...
It is well known that a moderate sheet resistance of the emitter layer of a solar cell can be modell...
ABSTRACT: In this paper the CELLO technique (solar CELl LOcal characterization) is used for the loca...
A description of a typical high-efficiency solar cell and its working principle are given. This is a...
This article is aimed on characterization of silicon solar cells microstructural inhomogeneities. To...
This paper discusses the application of a variety diagnostic methods applicable to the solar cells. ...