AbstractThe CIGS material system has an adjustable bandgap. A ‘grading’ of the bandgap through the thickness of absorber can be used to improve cell performance. Some modern CIGS-solar cells already have a graded bandgap profile; for this work, such cells were provided by AVANCIS. We have set up a numerical model with the scaps program, based on a variety of cell measurements. This model then was applied to analyze the true benefit of bandgap grading. Grading appears to have only a limited effect on cell performance. Not only the effectively graded parameters, but also non graded parameters have an influence on the net benefit of grading
In this paper the characteristics of the graded band gap profiles of CIGS thin film solar cells are ...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...
This paper discusses how graded absorber structures in CIGS-based solar cell can be studied using th...
This paper discusses how graded absorber structures in CIGS-based solar cell can be studied using th...
To simulate the complicated, graded structure of modern thin film CIGS solar cells, we followed a �m...
To simulate the complicated, graded structure of modern thin film CIGS solar cells, we followed a �m...
The characteristics of the graded band gap profiles of the CIGS thin film solar cells have been revi...
The characteristics of the graded band gap profiles of the CIGS thin film solar cells have been revi...
The Cu(In,Ga)(S,Se)2-material system (CIGSSe) has an adjustable band gap which allows to make struct...
none4siThe characteristics of the graded band gap profiles of the CIGS thin film solar cells have be...
The Cu(In,Ga)(S,Se)2-material system (CIGSSe) has an adjustable band gap which allows to make struct...
The high efficiency reported recently by NREL for CIGS solar cells demonstrates the potential of ban...
In this paper the characteristics of the graded band gap profiles of CIGS thin film solar cells are ...
none4siIn this paper the characteristics of the graded band gap profiles of CIGS thin film solar cel...
In this paper the characteristics of the graded band gap profiles of CIGS thin film solar cells are ...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...
This paper discusses how graded absorber structures in CIGS-based solar cell can be studied using th...
This paper discusses how graded absorber structures in CIGS-based solar cell can be studied using th...
To simulate the complicated, graded structure of modern thin film CIGS solar cells, we followed a �m...
To simulate the complicated, graded structure of modern thin film CIGS solar cells, we followed a �m...
The characteristics of the graded band gap profiles of the CIGS thin film solar cells have been revi...
The characteristics of the graded band gap profiles of the CIGS thin film solar cells have been revi...
The Cu(In,Ga)(S,Se)2-material system (CIGSSe) has an adjustable band gap which allows to make struct...
none4siThe characteristics of the graded band gap profiles of the CIGS thin film solar cells have be...
The Cu(In,Ga)(S,Se)2-material system (CIGSSe) has an adjustable band gap which allows to make struct...
The high efficiency reported recently by NREL for CIGS solar cells demonstrates the potential of ban...
In this paper the characteristics of the graded band gap profiles of CIGS thin film solar cells are ...
none4siIn this paper the characteristics of the graded band gap profiles of CIGS thin film solar cel...
In this paper the characteristics of the graded band gap profiles of CIGS thin film solar cells are ...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...
We demonstrate an innovative CIGS-based solar cells model with a graded doping concentration absorbe...