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Assignment -
Comparative analysis of uniform and non-uniform shading on the efficiency and power output of a PV panel using LABVIEW
Using Multisim software from National Instruments to model the PV module and then use LABVIEW to analyze the results and graphically display the IV and PV characteristics under the different varying shading conditions.
To execute this project the first step is to develop an equivalent circuit of a PV module. This can be modelled using a diode connected in shunt to an ideal current source, a shunt resistor and a series resistor.
The ideal current source produces a photocurrent that is proportional to the solar energy incident on the PV cell. Series and shunt resistances represents the internal resistances that can be contact resistance due to bonding between wire leads and the cell or the semiconductor resistance. When there is no current the PV cell behaves like a diode.
Attachment:- Assignment File.rar
Hope all is well with you. Kindly review the following proposal. I am open to using other software’s and finding new parameters which you may suggest. Since I have already submitted the topic, I wouldn’t be able to alter it. I would also like to ask you if you can provide guidance for me to develop it just like you did, so that I could have a better understanding when I have to present it. Comparative analysis of uniform and non uniform shading on the efficiency and power output of a PV panel using LABVIEW." using Multisim software from National Instruments to model the PV module and then use LABVIEW to analyze the results and graphically display the IV and PV characteristics under the different varying shading conditions.
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