MAKE A MEME
View Large Image
| View Original: | ShockleyQueisserFullCurve.svg (968x720) | |||
| Download: | Original | Medium | Small | Thumb |
| Courtesy of: | commons.wikimedia.org | More Like This | ||
| Keywords: ShockleyQueisserFullCurve.svg en The Shockley-Queisser limit for the maximum possible efficiency of a solar cell The x-axis is the bandgap of the solar cell the y-axis is the highest possible efficiency ratio of electrical power output to light power input Assumes a single-junction solar cell under unconcentrated light and some other assumptions too The curve is wiggly because of IR absorption bands in the atmosphere I used the actual AM1 5G solar spectrum data Sometimes people approximate the solar spectrum by a 6000K blackbody spectrum instead and they get a smoother curve with slightly different values I cross-checked my curve with independently-calculated ones and they agree to high accuracy http //www opticsinfobase org/abstract cfm URI OSE-2010-SWA1 http //www opticsinfobase org/abstract cfm URI OSE-2010-SWC4 own Sbyrnes321 2011-02-08 ShockleyQueisserFullCurve DE svg The data-file for this graph is freely available ask me at http //en wikipedia org/wiki/User_talk Sbyrnes321 I did the calculation in Mathematica the plotting in Origin and the PDF-->SVG conversion in Inkscape The Mathematica source code is posted on my website http //sjbyrnes com/ Photovoltaic power schemas and diagrams Solar cell schemas and diagrams | ||||
