summarizes our activities in the field of process technologies for the fabrication of photovoltaic devices. The study is strongly focused on the integral screen printing technique for the fabrication of single crystal solar cells, using standard equipments available in our laboratory. The challenging aim of this survey is to attain encouraging results with very modest means. Knowing that any problem coming unexpectedly with the cell structure may influence more than one electrical parameter and as the process consists on several steps; we will stop at each stage and discuss the factors, which affect it. In pursuit of this goal a doping phosphorus1, a back contact silver-aluminium2, a front side silver3 and an anti reflective coating4 commer...
AbstractThe screen printing metallization of p+ surfaces is one of the challenges for the industrial...
Abstract: Screen printing is commonly used to form the front/back electrodes in silicon solar cell. ...
Large-scale (6000 cm2) dye solar cell modules were developed using a meander and integrated series c...
Light-induced plating (LIP) has been used to evaluate solar cells screen-printed on 28 mm × 28 mm mu...
Production steps of crystalline silicon solar cells include several physical and chemical processes ...
Solar energy has steadily increased its efficiency and cost-effectiveness throughout the past three ...
Abstract: Resistance of the front electrode is the highest proportion of the ingredients of the ser...
The purpose of this study is to present potential alternatives for printing techniques in production...
To obtain an approach where the industrial aspect of the project is supported by academic knowledge ...
Crystalline silicon photovoltaic (PV) technology dominates 85% of the PV share due to its ease proce...
Reduction in production costs is essential for newsolar cell concepts to be competitive. A large cos...
This paper presents a method to improve the efficiency of large area screen-printed silicon solar ce...
A dispensing process was developed, allowing for a single step, contactless front side metallization...
One-step screen-printing processes are still the most widely-used technique for the front-side metal...
General properties of thin film solar cells and panels are discussed, and compared to crystalline si...
AbstractThe screen printing metallization of p+ surfaces is one of the challenges for the industrial...
Abstract: Screen printing is commonly used to form the front/back electrodes in silicon solar cell. ...
Large-scale (6000 cm2) dye solar cell modules were developed using a meander and integrated series c...
Light-induced plating (LIP) has been used to evaluate solar cells screen-printed on 28 mm × 28 mm mu...
Production steps of crystalline silicon solar cells include several physical and chemical processes ...
Solar energy has steadily increased its efficiency and cost-effectiveness throughout the past three ...
Abstract: Resistance of the front electrode is the highest proportion of the ingredients of the ser...
The purpose of this study is to present potential alternatives for printing techniques in production...
To obtain an approach where the industrial aspect of the project is supported by academic knowledge ...
Crystalline silicon photovoltaic (PV) technology dominates 85% of the PV share due to its ease proce...
Reduction in production costs is essential for newsolar cell concepts to be competitive. A large cos...
This paper presents a method to improve the efficiency of large area screen-printed silicon solar ce...
A dispensing process was developed, allowing for a single step, contactless front side metallization...
One-step screen-printing processes are still the most widely-used technique for the front-side metal...
General properties of thin film solar cells and panels are discussed, and compared to crystalline si...
AbstractThe screen printing metallization of p+ surfaces is one of the challenges for the industrial...
Abstract: Screen printing is commonly used to form the front/back electrodes in silicon solar cell. ...
Large-scale (6000 cm2) dye solar cell modules were developed using a meander and integrated series c...