Download and Add Solar Panel Library for Proteus 8 Professional

 

Because Proteus' database does not include solar panels, our team created this library. With this Solar Panel Library for Proteus, you can now simply simulate solar panels in Proteus and develop simulations for your projects. I will also offer several projects in which I will interface it with other Microcontrollers such as Arduino, PIC Microcontroller, or 8051 Microcontroller, among others. So, here's how to download and simulate a solar panel in Proteus.

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 Because Proteus' database does not include solar panels, our team created this library. With this Solar Panel Library for Proteus, you can now simply simulate solar panels in Proteus and develop simulations for your projects. I will also offer several projects in which I will interface it with other Microcontrollers such as Arduino, PIC Microcontroller, or 8051 Microcontroller, among others. So, here's how to download and simulate a solar panel in Proteus:

HOW TO ADD THE LIBRARY

• To begin, get the Solar Panel Library for Proteus by clicking the icon below:
• You will receive a zip file containing the following two library files:
• SolarPanelTEP.IDX\sSolarPanelTEP.LIB
• Place these two files in the Proteus software's library folder.
•  Note: If you are using Proteus 7 Professional, please see How to Add New Library in Proteus 8 Professional.
• Now launch Proteus, or restart it if it is already running.
•  Because Proteus is not very intelligent, we must restart it in order for it to add new Library components to its database.
• Click the components button in the Proteus program and search for Solar Panel, as seen in the image below:

• Insert this component into your Proteus software.
•  If everything goes as planned, you should get something like this:

•  Now, double-click this solar panel, and the Properties panel will appear, as seen in the image below:

• If you've ever dealt with a solar panel, you're probably aware that the output of the panel is affected by the intensity of the sunlight.
• So, on a sunny day, a solar panel will typically produce between 15V and 19V.
• Similarly, at night, the output of solar panels fluctuates from 2V to 6V.
• On a foggy day, it might range from 8V to 12V.

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• So, to adjust the output of this Proteus' Solar Panel, access this Properties Panel and then change the Voltage value.
•  Its output voltage is set to 12V by default.
• I'm working on adding some buttons so you can adjust the output while the simulation is running, but for now you have to make do with what you have.

• As you can see in the above image, our Solar Panel produces 12V.
• So, access its Properties Panel and set the voltage setting to 16.5V.
• I altered the value, and this is the result:

The voltage has now changed to 16.5V, as seen in the accompanying figure.

 

DOWNLOAD THE PACKAGE

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