Design and Simulation of the PV Solar System and MPPT with PI Controller Based on P&O Algorithm

In this video, I explained the Design and Simulation of the PV Solar System and MPPT with PI Controller Based on P&O Algorithm using Matlab Simulink. The last video was the Design and simulation of the Open-loop and closed-loop PI-controller for the Boost converter. The upcoming video will be the design and simulation of the closed-loop PWM inverter. Please subscribe and share on my channel to receive our new videos and to support us.
The output voltage of a photovoltaic (PV) solar panel system is typically determined by the product of the voltage at the maximum power point (Vmp) and the number of panels in series, not in parallel. The 29 panels connected in series contribute to an increased total voltage, as the voltage at the maximum power point (Vmp) of each panel adds up along the series. This cumulative voltage is then further amplified by the 49 panels in parallel, impacting the overall system's current capacity.
V output (pm)=Vmp×29

[anibalfernandes]

The presentation of the Design and Simulation of MPPT with PI controller in Simulink demonstrated an excellent didactic approach. Clear visualizations and step-by-step explanations made complex concepts accessible, offering a comprehensive learning experience in photovoltaic system control algorithms. Lovely background music!

[mashairhassan]

Thank you for useful information Dr. Khalid

[arashpirzadeh]

@3:52 Output Voltage (PV array) is calculated incorrectly. That should be Vmp*number of series modules.

[Eng.Khalid_Yahia]

The output voltage of a photovoltaic (PV) solar panel system is typically determined by the product of the voltage at the maximum power point (Vmp) and the number of panels in series, not in parallel. The 29 panels connected in series contribute to an increased total voltage, as the voltage at the maximum power point (Vmp) of each panel adds up along the series. This cumulative voltage is then further amplified by the 49 panels in parallel, impacting the overall system's current capacity.
V total=Vmp×29
I total=I pmx49

Let's clarify:
Total Output Voltage =29×10=290 volts.

[poojayadav-pqfl]

Thank you for this video. The way you explained this video is really very clear and understanding. It helped me a lot doing my project . Please upload another video of comparison technique of MPPT incremental conductance method and fuzzy method . Respect from Nepal🙏

[souravde]

Rather than playing songs in the background explain the logic of working of P & O Algorithm. That will be more beneficial.

[hayderissa]

Hello sir
It is possible to make a comparison of the same PV system using the P&O, INC and FUZZY methods

[ahmadmoh]

Hello Khalid, i thank you from my heart

[muhammadshehbazaslam]

Hope you are doing well
I have to design PID controller for a situation
The inputs will be solar and wind. On the basis of these I want to decide three condition of load (normal, medium, and emergency).
How is it possible??

[yashmiglani]

Can you let me know what are the some reference papers used by you to do this project?

[thabetabumanga]

Good work our Eng. Khalid
We need you to describe the abbreviations during the presentation in the next works.

[sh]

2:21
Sir, if I want the Vo=48v and Powe= 5KW, how do I can change the numbers ?!

[Fatimaissa-qd]

Hello, where did you get the vin and fs from, please?

[souravde]

Why do you integrate the V_PV and I_PV before fed it to the function block? Why donot consider it directly?

[HaiderAli-whsw]

sir well work...
sir kindly design and simulation PV system for Dc loads with battery backup

[tamilselvan]

Good presentation sir, thank you. How to find the values of kp, ki sir?

[dinsefanesre]

the matlab code is can't compile. why?

[dfaddiction]

what's the PI parameters, and how it's calculated?

[narendraeee]

sir, while changing irradiation the PV voltage will change or not? if we want to maintain constant what we have done please explain it.

[snapnitrkl]

highlight of the video is your background music bro😅