Title :
PC2D: A Circular-Reference Spreadsheet Solar Cell Device Simulator
Author :
Basore, Paul A. ; Cabanas-Holmen, Kirsten
Author_Institution :
Hanwha Solar America, Santa Clara, CA, USA
fDate :
7/1/2011 12:00:00 AM
Abstract :
This paper introduces PC2D, which is a new silicon solar cell device simulator that models 2-D effects entirely within a Microsoft Excel spreadsheet. The semiconductor drift-diffusion equations for electrons and holes are implemented using an iterative solution of cell formulas containing circular references. The familiar spreadsheet user interface and open-source access make this 2-D simulator a natural companion to PC1D. The 2-D simulator can run “live,” responding immediately to every change in parameter, or in “drive” mode, using macros to guide the solver through common tasks such as generating a current-voltage or a quantum efficiency curve. Example device simulations are presented for a selective-emitter cell, an emitter wrap-through cell, and an interdigitated back-contact cell.
Keywords :
carrier mobility; elemental semiconductors; iterative methods; photovoltaic cells; physics computing; power engineering computing; simulation; solar cells; spreadsheet programs; Microsoft Excel spreadsheet; PC2D; cell formulas; circular reference spreadsheet; circular references; current-voltage curve; electron drift-diffusion equation; emitter wrap through cell; hole drift-diffusion equation; interdigitated back contact cell; iterative solution; quantum efficiency curve; selective emitter cell; semiconductor drift-diffusion equation; silicon solar cell device simulator; Doping; Optical surface waves; Photovoltaic cells; Surface resistance; Surface treatment; Surface waves; Computer; modeling; photovoltaics; solar;
Journal_Title :
Photovoltaics, IEEE Journal of
DOI :
10.1109/JPHOTOV.2011.2166376