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Adil Sarwar
Приєднався 12 кві 2020
Educational Channel
Nearest Level Modulation Scheme in Cascaded H Bridge Inverter (Simulation in MATLAB) Part 2
Nearest Level Modulation Scheme in Cascaded H Bridge Inverter (Simulation in MATLAB) Part 2
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Відео
Nearest Level Modulation Scheme in Cascaded H Bridge Inverter (Simulation in MATLAB) Part 1
Переглядів 1,7 тис.2 роки тому
I have explained the implementation of Nearest Level Modulation Scheme in Cascaded H Bridge Inverter in MATLAB
Solar PV MPPT Perturb and Observe Part 2
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Dr. Adil Sarwar is with the Department of Electrical Engineering, Aligarh Muslim University, Aligarh, India. His area of specialization includes Development and Control of Power Electronic Converters, Renewable Energy System and it's integration with grid. About the Video: I have explained the simulink based implementation of perturb and observe method in a solar PV system
Solar PV MPPT using Perturb and Observe
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I have discussed in detail the concepts of Perturb and Observe method of MPPT in solar PV system for partical implementation.
Mismatch/ Partial Shading in series Connect Solar PV cells
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Dr. Adil Sarwar is with the Department of Electrical Engineering, Aligarh Muslim University, Aligarh, India. His area of specialization includes Development and Control of Power Electronic Converters, Renewable Energy System and it's integration with grid.
Organization of a Research Paper
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Dr. Adil Sarwar is with the Department of Electrical Engineering, Aligarh Muslim University, Aligarh, India. His area of specialization includes Development and Control of Power Electronic Converters, Renewable Energy System and it's integration with grid. About the Video: I have talked about the various sections of a research paper and explained it with some examples of real research problems ...
Mathematical Model of a Solar PV Cell/Array
Переглядів 1,5 тис.2 роки тому
The lecture gives a detailed account of the mathematical relation between the volatge and current in a PV cell/array
Variable Structure Nearest Level Modulation Scheme
Переглядів 1 тис.2 роки тому
VSNLM is a novel modulation scheme for Multilevel Inverter Control that gives excellent results
LECTURE 2.13: DC-to-AC Converter (Selective Harmonic Elimination_Part II)
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LECTURE 2.13: DC-to-AC Converter (Selective Harmonic Elimination_Part II)
LECTURE 2.12: DC-to-AC Converter (Selective Harmonic Elimination_Part I)
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LECTURE 2.12: DC-to-AC Converter (Selective Harmonic Elimination_Part I)
LECTURE 2.11: DC-to-AC Converter (3-Phase Inverter operation in 120 degree conduction)
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LECTURE 2.11: DC-to-AC Converter (3-Phase Inverter operation in 120 degree conduction)
LECTURE 2.9: DC-to-AC Converter (Introduction to 3-phase Inverter)
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LECTURE 2.9: DC-to-AC Converter (Introduction to 3-phase Inverter)
LECTURE 2.10: DC-to-AC Converter (3-Phase Inverter operation in 180 degree conduction)
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LECTURE 2.10: DC-to-AC Converter (3-Phase Inverter operation in 180 degree conduction)
Asalam Aliekum walhamatulahi wabalakatu so nice thanks sir
thanks for making this nobody else explaned this concept
Power Electronics deserves more and more scholars like you!
Thank you, sir!
good job
excellent
It was an amazing lecture ❤ Jazak Allah Sir
Sir i request to you please continue this series......
Thank you for the class!
Bhai apki why se mera maqsad pura ho gya hai shukriya bhaijaan
Very nicely done. We need more of these types of instructional videos for PE building blocks and soft switching.
very helpful!
sir this is the best video on mppt so far. I have watched 7 to 8 videoes but none of them explained in clarity like you . keep posting these quality videoes sir . Thank You😇
JazakAllah khair
Good delivery sir. Please how can I get the link for the next lecture where you treated how the 5 parameters of the mathematical model of a single solar pv cell can be determined
thank you sir this video was help a lot
thank you.Keep it up
please,Can you help me get the simulation file?
excellent teaching!
Hello Sir, what function name did you use in for the algorithm
baraka lahi fik akhi l aziz
Thanks a lot, sir! Do you know the meaning of maximum load in cuk converter?
Are आतंकवादी ज्यादा दिमाग मत लगा समझा
Assalamlekum Sir.... Explained very well ...
you are doing a good job sir . keep uploading video on this topic. Sir I have a doubt when n series, n parallel path is there you have multiply the (q) to voltage (V).I think q(whole function) like that plz correct me if I am wrong.
thank u sir,..its really helped
Excellent
sir, please upload videos on Forward and push-pull converter as well
Thank you sir
sir you teach awesome
Thank you sir . I have some questions for mppt please if you can give me youre page of Facebook 🙏
Good lecture sir
You hardly get lecture on these topics
Very nice lecture
Mashallah....Tough points explained very nicely
Sir I have a question, if the load characteristic don't meet with the MPP so the Vmp will give the load correspondant power which will be different of the MPP
So how we can adjust the load curve
Sir,I got negative voltage and current as zero.
Hello Sir I have already sent an email for you please answer me
thank's sir i would like to ask about math modeling of pv systems under partial shading and the others deffects.thank's again sir
Good video thanks for the insight
Jai Shree Ram 🚩🚩
hello Sir Thank you for your video it really helped me a lot. I just have one question If I use this strategy for 9 level inverter and the max output voltage is Vdc then I would add another comparator. And the constants would be (0.125, 0.375, 0.625, 0.875) right? And how will I connect themt to the outputs in this case?
Why we are assuming the steady state of Inductor only? Why not the Transient ?
The KVL and KCL used for the calculation are valid only in steady State
Lecture is full of knowledge.
Assalamualaikum sir Sir aawaz bahut kam hai
Great sir
Thanks
Assalamu 'alaikum ,please provide me the link your website
Very well explained sir 🖤
Thanks for liking
hii sir can u explain the nearest level control for 21 level mutlilevel inverter
Dear Nayana Generation of switching pulses for NLC for any level depends on the circuit topology and its switching table. After developing the switching table, It can be implemented in the same way as CHB 7, 9 is implemented from switching table in my video. Hope this will help. Regards
Sir can you please explain about level shifted pwm technique