An overview is given concerning current industrial technologies, near future improvements
and medium term developments in the field of industrially implementable crystalline silicon …

Photovoltaic cells and methods for making them are dis closed Wherein the metalliZed grids
of the cells are used to mask portions of cell emitter regions to alloW selective etching of …

High-quality DuPont screen-printed Ag contacts were achieved on high sheet-resistance
emitters (100/spl Omega//sq) by rapid alloying of PV168 Ag paste. Excellent specific contact …

The incredible development that industrial silicon based photovoltaic devices have followed
for the last decades has been related to the consecution of a simple, easy and economically …

This article investigates the impact of laser damage on the performance of a selective emitter
solar cell fabricated using a laser do** process (LD). After the optimization of the laser …

Back-contacted solar cells offer multiple advantages in regard of reducing module
assembling costs and avoiding grid shadowing losses. The investigated emitter-wrap …

In this paper we report on the fabrication, characterization and analysis of high efficiency
planar screen-printed solar cells with high sheet resistance emitter/spl sim/100/spl …

Emitterverbund- Rückkontaktsolarzellen für die industrielle Fertigung Page 1 EmitterverbundRückkontaktsolarzellen
für die industrielle Fertigung Dissertation zur Erlangung des akademischen Grades des …

In recent years, laser do** of selective emitters (LDSE) has demonstrated great promise
for improving c-Si solar cell performance with the potential for low cost of adaptation …

We developed a novel cost effective process scheme for the fabrication of highly efficient
selective emitter solar cells, which uses a laser do** method combined with an etch back …