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#Recombination pc1d how to

To run batch simulations with a batch file, use the following syntax:Ĭmd-pc1d5.exe filename.prm batchfile.txt (original PC1D) *.

Use one of the cmd-PC1D programs to run the simulation:Ĭmd-pc1d5.exe filename.prm (original PC1D)Ĭmd-pc1d6-1.exe filename.prm (modified PC1D).

prm format:Ĭonvert_ascii_to_prm.exe filename.txt filename.prm For a single-region simulation, each parameter will always correspond to a specific line number.

Change parameters by editing the text version of the parameter file, which is now called filename.txt.

prm files to ascii text for editing:Ĭonvert_prm_to_ascii.exe filename.prm filename.txt The original PC1D interface or PC1Dmod6.1 can be used for this.

Set up the simulation parameters and the device structure.

#Recombination pc1d how to

How to use cmd-PC1D and the associated conversion programs Marstein, "A graphical user interface for multivariable analysis of silicon solar cells using scripted PC1D simulations," Energy Procedia, 38, pp. Marstein, "Implementation of Fermi-Dirac statistics and advanced models in PC1D for precise simulations of silicon solar cells," Solar Energy Materials and Solar Cells, available online, 2014. Marstein, "PC1Dmod 6.1 - state-of-the-art models in a well-known interface for improved simulation of Si solar cells," in preparation for Solar Energy Materials and Solar Cells, available online, 2015. Greulich, "PC1Dmod 6.2 – Improved simulation of c-Si devices with updates on device physics and user interface," Energy Procedia, 2016. New models implemented in collaboration with Achim Kimmerle and Johannes Greulich (Fraunhofer ISE) PC1Dmod 6.2 and cmd-PC1D 6.2 can be run on 32-bit and 64-bit Windows. It uses the same physics kernel but runs only from a command line, thus adding flexibility for users who want to perform simulation within a programming script.Ĭmd-PC1D 6.2 is the basis for a new graphical user interface called "PC1D for Matlab". Please send bugs and suggestions to 6.2Ĭmd-PC1D 6.2 is a command-line version of PC1Dmod 6.2. The extensions have been successfully verified against Sentaurus and EDNA, but not for all possible scenarios, so use them with care.

The parameter files are backwards compatible with previous PC1D versions, and by selecting Boltzmann statistics and the original PC1D models, the program gives the same results as PC1D 5.9.

PC1Dmod 6.2 can be used with a simple configuration file to specify which physical models to use. updating the numerical constrictions and node density to fit better with modern computers.adding a list of state-of-the-art models for c-Si, including models for injection-dependent band-gap narrowing, carrier mobility, intrinsic recombination, and more.implementing Fermi–Dirac statistics, which is relevant in regions of high doping like solar cell emitters.PC1Dmod 6.2 has a similar user interface to PC1D but it extends the device physics by PC1Dmod 6.2 is an unofficial, modified version of PC1D.