Newton-Raphson Method of Load Flow | Lecture 1 of 4
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- čas přidán 10. 09. 2024
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Economic Operation of Power Systems (Playlist): Click the link below
• Economic Operation of ...
Fault Analysis (Playlist): Click the link below
• Fault Analysis
Stability Analysis (Playlist): Click the link below • Power System Stability
Per Unit System (In Hindi): (Playlist): Click the link below
• Per Unit System (In Hi...
Bus Admittance Matrix (In Hindi): (Playlist): Click the link below
• Bus Admittance Matrix
Gauss-Seidel Method of Load Flow (In Hindi): (Playlist): Click the link below
• Gauss-Seidel Method of...
Newton-Raphson Method of Load Flow (Playlist): Click the link below
• Newton-Raphson Method ...
Decoupled/Fast Decoupled Load Flow Method (Playlist): Click the link below
• Decoupled/Fast Decoupl...
Load Flow Analysis (Playlist): Click the link below • Load Flow Analysis
Power System Analysis (Playlist): Click the link below
• Power System Analysis
Network Theorems (Playlist): Click the link below • Network Theorems
Newton-Raphson method of Load Flow | Lecture 1 of 4: Click the link below
• Newton-Raphson Method ...
Newton-Raphson method of Load Flow | Lecture 2 of 4: Click the link below
• Newton-Raphson Method ...
Newton-Raphson method of Load Flow | Lecture 3 of 4: Click the link below
• Newton-Raphson Method ...
Newton-Raphson method of Load Flow | Lecture 4 of 4: Click the link below
• Newton-Raphson Method ...
Economic Operation of Power System | Part 1 of 3: Click the link below
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Economic Operation of Power System | Part 2 of 3: Click the link below
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Economic Operation of Power System | Part 3 of 3: Click the link below
• Economic Operation of ...
Unit Commitment: Click the link below
• Unit Commitment
Load Frequency and Voltage Control: Click the link below
• Load Frequency and Vol...
Symmetrical Fault Analysis: Click the link below
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Symmetrical Components for Power System Analysis | Part 1: Click the link below
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Analysis of L-G Fault: Click the link below
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Analysis of L-L Fault: Click the link below
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Power System Stability | Part 10 (Three-phase fault on one of the parallel lines): Click the link below
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Power System Stability | Part 13 : Click the link below
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Regards
Dr. Afroz Alam,
Ph.D. in Power System (IIT Roorkee)
Download lecture notes (pdf) using the following link:
drive.google.com/file/d/10_A3zXCcfjhpf32bLFA2vzmXjzmhV9Xf/view?usp=sharing
"Newton-Raphson Method of Load Flow" starts from "Lecture 9" on page no. 19
진짜 인도의 공용어가 영어임에 감사함을 느낍니다. 공부하다 모르는 무언가가 있어 유투브에 검색을 하면 인도 교수님이 조곤조곤 친절하게 설명해주시는 영상이 진짜 '항상' 있습니다. 나마스떼 단야왓
Yes you can get any topic video cause they teach in English
Highly skilled Professor...Huge Respect to DR.Afroz Alam sir
After help me the god and then your lectures, I am now electric engineer.. many thanks for you.
Mohammed from Saudi Arabia
Thank for sharing your lecture on CZcams Dr. Alam. I am currently reviewing my Electrical Power Engineering courses and your lecture is extremely helpful. Cheers.
I have checked a lot of videos about newton raphson method..i have to say, yours is trully amazing...you should get more credits/views/subs..your explanation is top ❤️...as a college student i will recommend your videos as much as i can..🔥🔥❤️❤️
Thank you dear for this wonderful compliment
Dr.Alam Sir this video is really amazing. Thank you.
Most welcome Ankit
What a explanation sir ❤😮
Congratulations Dr. Afroz bhai for achieving 40k views
Thanks bhai
Thank u for sharing ur lecture, ur way of explanation is awesome and systematic.i m watching contns 10 lectures. Thank u so much once again.
Most welcome
Thanku sir May Almighty Bless you with more and more knowledge
Jazakallah brother
Very good initiative sir.
This is what we want for an effective learning .👍
Thanks Aas Mohd
Wonderful Explanation. Cleared lot of things.
Sir aap ka concept bahut best hai ,,,,,
Please sir power flow analysis ka hondi me video banayea na sir
Thanks a lot
You r best lecturer thanks
Excellent explanation sir.
Thank you.
Respect from my heart
Sir you have provided the thing where we all lag and thank you so much sir
Most welcome Ankit
Thank you sir for recording your lectures and uploading on you tube,,, now i am revising my power system during this lockdown period,,, this is very helpful for all students. 👍👍👍
Nice lecture sir ...you r my favorite professor.
Thank you Vinay.
MashaALLAH bhut khub sir
superb explanation....a mech. guy can also understand...
Thank you so much for the appreciation.
Sir your way of explanation is unique and beautiful.
Thank you Rajan Agrawal
Very good lecture Sir. Thanks
Legend,Sir. Explainig in full in-depth detail.
Thank u so much sir for your valuable classes
Fantastic explainatio sir.
Thank you so much sir, informative playlist.
Wow I know this concept now
Thank you Sir
Sir 2mrw is my exam. If I pass you will be the sole reason. - Kumaraguru College
My best wishes for your exam.
sir can u pls upload a lectures on power security and contingency anlysis plzzzzzzx sir..
Thank you sir! great explanation
Nice video Sir g
Thank you Chandan
It is the most difficult topic of power system sir.
I think it will be help a lots of people.
Thanks Afsar
Thank you very much for this!!!
Most welcome Joey
great effort sir....really proud moment..
Thanks Ankur
Very good sir
Thank you Parveen Kumar
Clear explanation jazhakallah sir❤...
Hello Sir, Can you suggest any optimization method as good as NR method?
May I your all classes attend in youtube all videos ❤️❤️❤️
Very well explained , appreciate it.
Hi,
Beautifully explained, thank you for your work, however, I can't hold back but to ask you, isn't it supposed to be the difference of f(X) for r and r-1 iterations as a tolerance? since the value of tolerance is always treated as a convergence of the 2 successive iterations.
Please correct me if I am mistaken,
Thank you very much.
Sometimes, the above condition may not confirm the global solution.
Ideally, all f(X) should be zero when solution is obtained. This is indirectly being checked by evaluating 'X' for r and r-1 iterations.
@@DrAfrozAlam Thank you Professor for your clarification
Sir really thankful to you
You are most welcome Zabeh Ullah
@@DrAfrozAlam sir are you upload more lectures of power system analysis?
@@zabehullah1033 I have already uploaded more than 50 lectures on Power System Analysis. Please check my channel videos. e.g.
czcams.com/video/LuHM2D10UlE/video.html
@@zabehullah1033 You can also Check the Playlist "Power System Analysis" where I have arranged the videos in sequence.
You explained really well. Excellent !
Oh....is it??? Thanks a lot
yes off course ! looking forward for more of your videos
What an explanation sir! I dont know why u have less subscribers.. I will surely recommend this lectures to my friends, share and ask them to subscribe to ur channel.🙏🙏
Dear Jilla Manish, thank you very much for the comment.
@@DrAfrozAlam tq sir
Thanks sir ...for uploading
You are most welcome "The Creative way"
Excellent sir
Thanks Imran
Sir why you are stop vedios about teaching from last one year.
Excellent
Shukriya Bhai
super explanation
Thank you Naga Srinivasulu
Tqu sir
Mashallah Sir , superb
Zabardast
Thank you
Thank you for giving beautiful concepts
You are most welcome A K.
thanku sir really helpful thanxx
Most welcome
Sir netwon rephson method for n buses kese evaulate hoga kindly
To understand this, you need to watch the remaining parts of the following playlist:
Newton-Raphson Method of Load Flow: czcams.com/play/PLEVP-S4VFKO9HEb7Mozh_sEQzekft-DLn.html
Good initiative sir.
Keep on.
NICE SIR, IF POSSIBLE DO IT FOR FAST DECOUPLE METHOD ALSO..IT WIL BE HELPFUL..THX SIR
Thanks Bala Kumar. Sure, I will add in next Semester In Sha Allah.
Thx sir..
@@sbk4723 czcams.com/video/dELqfB8_K_k/video.html
PLEASE SIR NEWTON RAPHSON METHOD KA VIDEO HINDI LANGUAGE ME BANAYEA NA ,,,,,,,AAP KA CONCEPT BAHUT AXA HAI
Dr. Afroz Alam how can i contact you sir?
Are you will upload more lectures sir.?
Sir, with due respect, I m from Kolkata, west bengal, sir can u give a vedeo on NR METHOD for load flow which u r making as for making understand us. An example of numerical + theory ..which we understand.. Thank u Sir
Newton-Raphson Method of Load Flow: czcams.com/play/PLEVP-S4VFKO9HEb7Mozh_sEQzekft-DLn.html
Have you uploade first year electrical syllabus?
In Sha Allah, First year lectures will also be uploaded
Ok sir...
Sir,will you give some questions to pass power system analysis..
czcams.com/video/oDIVUp6NqKs/video.html
czcams.com/video/yDu2FxeLpqs/video.html
czcams.com/video/t9tf-pgac_g/video.html
Numericals on L-G Fault: czcams.com/play/PLEVP-S4VFKO-cjR27b0vX_IsWqqAnaER8.html
czcams.com/video/9Cemdc6q7O0/video.html
Sir NR method flow chart explanation hoona sir
Can you please upload lectures on GS method
Gauss-Seidel Method of Load Flow (In Hindi): czcams.com/play/PLEVP-S4VFKO8MBMECe3UfdlIurue36pqa.html
For gate is there any channel from you
czcams.com/video/JBNE35nG7Po/video.html
Stability Analysis: czcams.com/play/PLEVP-S4VFKO-2f4AMlzaTzq_2dxC_9_Ji.html
Fault Analysis: czcams.com/play/PLEVP-S4VFKO982dA5wFyL__G18Awbqe7p.html
DC Machines: czcams.com/play/PLEVP-S4VFKO8U8DMTGIytVJ8-L4KIwqLX.html
I never forget you sir until my last breath 😍😍
Poler form hai
After help me the god and then your lectures, I am now electric engineer.. many thanks for you.
Mohammed from Saudi Arabia
Thank you sir
Thanks so much , very informative.
Most welcome
Very good sir
Thanks Abdul Mabood
Good job sir
Thanks Aasim
Thank you sir
Thanks sir
Thank you Sir
You are most welcome dear