The metallization of silicon solar cells passivated with silicon nitride coating was investigated by using commercial Ni pastes #5517 from Thick Film Systems, #7028-5 from Cermalloy, experimental formulation # X-A by Sollos, Inc. and evaporated Ti-Ni film. Comparative and reference tests were done with the Dupont Ag paste #7095 and with a mixture of Ni paste #5517 with Ag paste #7095 in the respective ratio of 9 to 1 by weight. The evaluation criteria for the metallization was the mechanical bond strength of the contact, solderability, copper plating ability and electrical characteristics in terms of Voc, Isc values and shape of the V-I curve. The results revealed that the Dupont Ag paste #7095 mt all required criteria, while the quality of...
The experimental work demonstrating the feasibility of the MIDFILM process as a low cost means of ap...
Electrodes made with pastes produced under the previous contract were analyzed and compared with raw...
An economical thick film solar cell contact for high volume production of low cost silicon solar arr...
Printed nickel overplated with copper and applied on top of a predeposited silicon nitride antirefle...
Silicon nitride and nickel pastes are investigated in conjunction with a brush copper plating proces...
The optimization, evaluation, and demonstration of a novel metallization applied by a screen printin...
Studies were conducted on several fundamental aspects of electroless nickel/solder metallization for...
Electroless nickel metallization on textured front surface is carried out to fabricate large area (1...
New pastes were evaluated that contained additives to aid in the silicon-to-metallization contact. N...
The objectives of the investigation were to provide all-metal screenable pastes using economical bas...
Improved thick film solar cell contacts for the high volume production of low cost silicon solar arr...
Solar cells were made with a variety of base metal screen printing inks applied over silicon nitride...
A metallization scheme was developed which allows selective plating of silicon solar cell surfaces. ...
Materials including copper powders, silver-fluoride, and silicon wafers were procured and copper pas...
Silicon solar cells were metalized on the front side using plated nickel-silicon contacts. Nickel is...
The experimental work demonstrating the feasibility of the MIDFILM process as a low cost means of ap...
Electrodes made with pastes produced under the previous contract were analyzed and compared with raw...
An economical thick film solar cell contact for high volume production of low cost silicon solar arr...
Printed nickel overplated with copper and applied on top of a predeposited silicon nitride antirefle...
Silicon nitride and nickel pastes are investigated in conjunction with a brush copper plating proces...
The optimization, evaluation, and demonstration of a novel metallization applied by a screen printin...
Studies were conducted on several fundamental aspects of electroless nickel/solder metallization for...
Electroless nickel metallization on textured front surface is carried out to fabricate large area (1...
New pastes were evaluated that contained additives to aid in the silicon-to-metallization contact. N...
The objectives of the investigation were to provide all-metal screenable pastes using economical bas...
Improved thick film solar cell contacts for the high volume production of low cost silicon solar arr...
Solar cells were made with a variety of base metal screen printing inks applied over silicon nitride...
A metallization scheme was developed which allows selective plating of silicon solar cell surfaces. ...
Materials including copper powders, silver-fluoride, and silicon wafers were procured and copper pas...
Silicon solar cells were metalized on the front side using plated nickel-silicon contacts. Nickel is...
The experimental work demonstrating the feasibility of the MIDFILM process as a low cost means of ap...
Electrodes made with pastes produced under the previous contract were analyzed and compared with raw...
An economical thick film solar cell contact for high volume production of low cost silicon solar arr...