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Quasi 3D Model for c-Si solar cells #203
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The large circuit solver just takes the values of In that sense, you do not need to modify the large circuit solver, what you need to to calculate those 4 parameters using whatever physical model you see fit, and create a 2-diode junction object with them. In summary, something like this when creating your junction should work: db_junction = Junction(kind='2D', T=TEMPERATURE, j01=J01_VALUE, j02=J02_VALUE, n1=N1_VALUE, n2=N2_VALUE) |
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What’s the question?
In the quasi3D solar cell solver example, we are using the 2 Diode model. Then, we call the function "solve_quasi_3D". In the source code of this function, we are solving for the IV of the solar cell.
The J01, J02 calculation isn't valid for c-Si solar cells as recombination is mainly due to SRH and not radiative. In this case, how to modify the code to use the large circuit model for c-Si solar cells?
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