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Photo-Voltaic (PV) module

Modeling a photovoltaic (solar) battery unitin the Xcos extension of the Scilab application package.
(39 downloads for this version - 39 downloads for all versions)
Details
Version
1.0
Author
Zurab Dzhendubaev
Maintainer
Zurab Dzhendubaev
Categories
License
Supported Scilab Version
6.0
Creation Date
August 8, 2021
Description
            Formulas and parameters were used in the modeling:

VT=VT_ref*(Tcell_K/Tref_K);
I0_T=I0_ref*((Tcell_K/Tref_K)^3)*exp((EgRef/(k1*Tref_K))-(E_g/(k1*Tcell_K))) 
Rsh=Rsh_ref*Sref/S


Diode characteristic 
Id=I0*[exp(Vd/VT) -1]
where: Id = diode current (A) Vd = diode voltage (V) I0 = diode saturation
current (A)

VT = temperature voltage = k*Tcell_K/q*nI*Ncell*Nser 

Tcell_K = cell temperature (K), 

k = Boltzman constant = 1.3806e-23 J.K^-1 

q = electron charge = 1.6022e-19 C 

nI = diode ideality factor 

Ncell= number of series-connected cells per module 

Nser = number of series-connected modules per string

ki=0.0032
q=1.6e-19
K=1.38e-23
n=1.3
Eg0=1.1
Rs=0.221
Rsh=415.405
Tn=298

Voc=32.9
Isc=8.21
Ns=54            
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