2017), and more details on the edge recombination model can be found in (A.
![diffusion pc1d diffusion pc1d](https://p.calameoassets.com/130612130213-a0a5a1e0a4f40aef8d91f7bf346e1ee2/p1.jpg)
It is taken from (Andreas Fell, Sträter, et al.
#Diffusion pc1d how to#
This examples shows how to define a PERC half-cell having high recombination at the cut-edge. Multidomain PERC cell model overview shingle cell layoutĭownload files for version 2 beta PERC: half-cell with edge recombination additionally a multidomain approach for a shingle layout with otherwise identical properties (not representing a real cell).a multidomain approach to model the full-size of the cell including edge effects.a ‘busbar-enhanced’ unit cell type using the “front and rear contact unit cell” syntax for a 5 busbar layout as published.The input parameters were published in (A. This examples defines a Trina PERC cell as manufactured during ramp-up of a production line. light trapping via the ‘local-lumped’ Z approach, accounting for the different internal reflection properties of the different rear-side skin regions.ĭownload files for version 2 beta Conventional and PERC cells 2018 Trina PERC cell, multi-domain.a ‘busbar-enhanced’ unit cell geometry,.detailed emitter properties (dopant profile, surface SRH), thus using the multiscale approach,.For the PERC cell and additional settingsfile is included which defines a much more complete and detailed model of the same cell. For each cell type a settingsfile exists where the the skins are defined by their lumped properties.
![diffusion pc1d diffusion pc1d](https://www.researchgate.net/profile/Bernhard-Michl-2/publication/249448225/figure/fig1/AS:393183717543939@1470753711877/Injection-dependent-diffusion-length-of-the-n-and-p-type-samples-after-full-solar-cell_Q640.jpg)
2015), namely a conventional, PERC, n-PASHA, HJT, ANU-IBC and UNSW-PERL cell. The downloaded archive contains Quokka3 settingsfiles for all of the input parameter sets presented in (Fell et al.