AbstractWe suggest a simplified structure for metal wrap through passivated emitter and rear cells (MWT-PERC). This so called HIP-MWT approach (high-performance MWT) overcomes the need for a structured rear side emitter. With the simplified structure, a single additional process step allows the integration of the MWT approach into a typical process sequence for PERC-type cells. A comparison of a reference MWT-PERC structure and the simplified HIP-MWT structure on cell level reveals similar efficiency levels for both approaches. The processed multicrystalline HIP-MWT silicon solar cells with a final substrate thickness of only 100μm and a cell area of 156 x 156 mm2 show conversion efficiencies of up to 17.4% (independently confirmed)
AbstractThis paper describes results of metal wrap through (MWT) cells produced from n-type Czochral...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...
This work presents recent progress in research on multicrystalline silicon solar cells based on the ...
This work presents recent progress in research on multicrystalline silicon solar cells based on the ...
We present small-area metal wrap through solar cells with passivated rear side (MWT-PERC), screen-pr...
AbstractWe present metal wrap through passivated emitter and rear cells (MWT-PERC) on p-type Czochra...
Starting from the conventional silicon solar cell that features a single diffused shallow emitter an...
AbstractWe present 6-inch n-type Cz-Si metal wrap through (MWT) solar cells with screen-printed and ...
This paper summarizes the results of the project “MASSE”, which focused on the research and developm...
We present metal wrap through (MWT) silicon solar cells with passivated surfaces based on a simplifi...
In this work we are aiming at the goal of fabricating a cost-effective HIP-MWT module exceeding 300W...
AbstractFirst n-type Czochralski silicon (Cz-Si) metal wrap through (MWT) solar cells based on the h...
Diese Arbeit beschreibt die Entwicklung hocheffizienter, kristalliner Siliciumsolarzellen mit p-doti...
We report latest progress in combining the Metal Wrap Trough (MWT) cell structure with passivated ba...
AbstractThis paper describes results of metal wrap through (MWT) cells produced from n-type Czochral...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...
This work presents recent progress in research on multicrystalline silicon solar cells based on the ...
This work presents recent progress in research on multicrystalline silicon solar cells based on the ...
We present small-area metal wrap through solar cells with passivated rear side (MWT-PERC), screen-pr...
AbstractWe present metal wrap through passivated emitter and rear cells (MWT-PERC) on p-type Czochra...
Starting from the conventional silicon solar cell that features a single diffused shallow emitter an...
AbstractWe present 6-inch n-type Cz-Si metal wrap through (MWT) solar cells with screen-printed and ...
This paper summarizes the results of the project “MASSE”, which focused on the research and developm...
We present metal wrap through (MWT) silicon solar cells with passivated surfaces based on a simplifi...
In this work we are aiming at the goal of fabricating a cost-effective HIP-MWT module exceeding 300W...
AbstractFirst n-type Czochralski silicon (Cz-Si) metal wrap through (MWT) solar cells based on the h...
Diese Arbeit beschreibt die Entwicklung hocheffizienter, kristalliner Siliciumsolarzellen mit p-doti...
We report latest progress in combining the Metal Wrap Trough (MWT) cell structure with passivated ba...
AbstractThis paper describes results of metal wrap through (MWT) cells produced from n-type Czochral...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...
On the way to higher efficiencies, back contact solar cells seem to be a promising alternative to co...