Characterization of Contact Formation Process for High Efficiency Solar Cell Using Design of Experiment (DOE)

Sung J. Lee; Sei Young Moon; Se. W. Jung; Seung Soo Han; Sang Jeen Hong

doi:10.4028/www.scientific.net/MSF.580-582.197

Paper Titles

Fracture Study of Ultrasonic Aluminum Wire Wedge Bonding on Copper Substrate with Mechanical Peeling-Off Method
p.173

Bending Fatigue Characteristic of Sn-3.5Ag Solder Bump on Ni-UBM
p.177

Reproducing the Shilla Dynasty’s Direct-Bonding Granulation Process
p.183

Effect of Laser Parameter on the Bond Characteristics of Sn-3.5%Ag Solder Ball
p.191

Characterization of Contact Formation Process for High Efficiency Solar Cell Using Design of Experiment (DOE)
p.197

Tail Breaking Force in Thermosonic Wire Bonding with Novel Bonding Wires
p.201

High Dissolution Rate of Solid Materials in Molten Lead-Free Solders
p.205

Micromechanical Responses of Sn-3.5Ag-xCo Lead-Free Solders by Nanoindentation
p.209

Coalescence Characteristics of Fusible Particles in Solderable Isotropic Conductive Adhesives (ICAs)
p.213

HomeMaterials Science ForumMaterials Science Forum Vols. 580-582Characterization of Contact Formation Process for...

Characterization of Contact Formation Process for High Efficiency Solar Cell Using Design of Experiment (DOE)

Abstract:

To alleviate concerns of manufacturing cost and efficiency of solar cell fabrication, a belt type-high temperature furnace with three temperature zones is employed in order to increase the solar cell manufacturing throughput. In addition, characterization of the firing process for the contact formation is investigated to achieve the most efficient solar cell device fabricated. Statistical design of experiment (DOE) is used in order to perform a set of firing experiments in a systematic way. Response surface models for the efficiency are established for the characterization of multivariate problem. Furthermore, the optimized process recipe that can provide 15.9% of efficiency is proposed through the process optimization.