Newton-Raphson Method of Load Flow | Lecture 1 of 4

For other lectures, click the links given below:
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
• Economic Operation of ...
Economic Operation of Power System | Part 2 of 3: Click the link below
• Economic Operation of ...
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
• Symmetrical Fault Anal...
Symmetrical Components for Power System Analysis | Part 1: Click the link below
• Symmetrical Components...
Symmetrical Components for Power System Analysis | Part 2: Click the link below
• Symmetrical Components...
Sequence Networks of Power System Elements | Part 1 of 3: Click the link below
• Sequence Networks of P...
Sequence Networks of Power System Elements | Part 2 of 3: Click the link below
• Sequence Networks of P...
Sequence Networks of Power System Elements | Part 3 of 3: Click the link below
• Sequence Networks of P...
Analysis of L-G Fault: Click the link below
• Analysis of L-G Fault ...
Analysis of L-L Fault: Click the link below
• Analysis of L-L Fault ...
Analysis of L-L-G Fault: Click the link below
• Analysis of L-L-G Faul...
Power System Stability | Part 1 (Basics): Click the link below
• Power System Stability...
Power System Stability | Part 2 (Basics): Click the link below
• Power System Stability...
Power System Stability | Part 3 (Inertia Constant): Click the link below
• Power System Stability...
Power System Stability | Part 4 (Problems on Inertia Constant): Click the link below
• Power System Stability...
Power System Stability | Part 5 (Swing Equation): Click the link below
• Power System Stability...
Power System Stability | Part 6 (Problems on Swing Equation): Click the link below
• Power System Stability...
Power System Stability | Part 7 (Equal Area Criterion): Click the link below
• Power System Stability...
Power System Stability | Part 8 (Critical Clearing Angle | Critical Clearing Time): Click the link below
• Power System Stability...
Power System Stability | Part 9 (Opening of one of the parallel lines): Click the link below
• Power System Stability...
Power System Stability | Part 10 (Three-phase fault on one of the parallel lines): Click the link below
• Power System Stability...
Power System Stability | Part 11 (Problem on three-phase fault on one of the parallel lines): Click the link below
• Power System Stability...
Power System Stability | Part 12 (Two Alternators Operating in Parallel): Click the link below
• Power System Stability...
Power System Stability | Part 13 : Click the link below
• Power System Stability...
Power System Stability | Part 14 : Click the link below
• Power System Stability...
Regards
Dr. Afroz Alam,
Ph.D. in Power System (IIT Roorkee)

[@DrAfrozAlam]

Download lecture notes (pdf) using the following link:
drive.google.com/file/d/10_A3zXCcfjhpf32bLFA2vzmXjzmhV9Xf/view?usp=sharing

[@DrAfrozAlam]

"Newton-Raphson Method of Load Flow" starts from "Lecture 9" on page no. 19

[@cookiechoco1566]

진짜 인도의 공용어가 영어임에 감사함을 느낍니다. 공부하다 모르는 무언가가 있어 유투브에 검색을 하면 인도 교수님이 조곤조곤 친절하게 설명해주시는 영상이 진짜 '항상' 있습니다. 나마스떼 단야왓

[@sowmyaboddu]

Yes you can get any topic video cause they teach in English

[@farrahqureshi4724]

Highly skilled Professor...Huge Respect to DR.Afroz Alam sir

[@n-malgarni6704]

After help me the god and then your lectures, I am now electric engineer.. many thanks for you.
Mohammed from Saudi Arabia

[@DestructZero]

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.

[@bee2718]

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..🔥🔥❤️❤️

[@DrAfrozAlam]

Thank you dear for this wonderful compliment

[@bihariyokibaat]

Dr.Alam Sir this video is really amazing. Thank you.

[@DrAfrozAlam]

Most welcome Ankit

[@thefitfun469]

What a explanation sir ❤😮

[@alauddinansari5512]

Congratulations Dr. Afroz bhai for achieving 40k views

[@DrAfrozAlam]

Thanks bhai

[@afzalshaikh7608]

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.

[@DrAfrozAlam]

Most welcome

[@majidrashid1229]

Thanku sir May Almighty Bless you with more and more knowledge

[@DrAfrozAlam]

Jazakallah brother

[@aasmohd1530]

Very good initiative sir.
This is what we want for an effective learning .👍

[@DrAfrozAlam]

Thanks Aas Mohd

[@kshiprapandey8222]

Wonderful Explanation. Cleared lot of things.

[@sumandon6422]

Sir aap ka concept bahut best hai ,,,,,
Please sir power flow analysis ka hondi me video banayea na sir

[@farrahqureshi4724]

Thanks a lot

[@sismeskelu4572]

You r best lecturer thanks

[@Aspirant-lp8cw]

Excellent explanation sir.
Thank you.

[@shuklaabhay1127]

Respect from my heart

[@ankityadav-xr5of]

Sir you have provided the thing where we all lag and thank you so much sir

[@DrAfrozAlam]

Most welcome Ankit

[@mohdabuzar6340]

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. 👍👍👍

[@vinaygupta3353]

Nice lecture sir ...you r my favorite professor.

[@DrAfrozAlam]

Thank you Vinay.

[@zafarimam9559]

MashaALLAH bhut khub sir

[@imu256]

superb explanation....a mech. guy can also understand...

[@DrAfrozAlam]

Thank you so much for the appreciation.

[@rajanagrawal9139]

Sir your way of explanation is unique and beautiful.

[@DrAfrozAlam]

Thank you Rajan Agrawal

[@surendrakverma555]

Very good lecture Sir. Thanks

[@bilalmufti8568]

Legend,Sir. Explainig in full in-depth detail.

[@mozaharulislam57]

Thank u so much sir for your valuable classes

[@inspirepoint2499]

Fantastic explainatio sir.

[@kunalsharma4592]

Thank you so much sir, informative playlist.

[@shobhitsharma2137]

Wow I know this concept now

[@zaheersuhabuth2677]

Thank you Sir

[@haripravin4356]

Sir 2mrw is my exam. If I pass you will be the sole reason. - Kumaraguru College

[@DrAfrozAlam]

My best wishes for your exam.

[@puneethmv1450]

sir can u pls upload a lectures on power security and contingency anlysis plzzzzzzx sir..

[@Mr.Bombastic-tl5ic]

Thank you sir! great explanation

[@ChandanKumar-ud8hw]

Nice video Sir g

[@DrAfrozAlam]

Thank you Chandan

[@afsarali-kt6ju]

It is the most difficult topic of power system sir.
I think it will be help a lots of people.

[@DrAfrozAlam]

Thanks Afsar

[@aceacemuffin]

Thank you very much for this!!!

[@DrAfrozAlam]

Most welcome Joey

[@CODE-ke5gm]

great effort sir....really proud moment..

[@DrAfrozAlam]

Thanks Ankur

[@parvveen]

Very good sir

[@DrAfrozAlam]

Thank you Parveen Kumar

[@majeeth4273]

Clear explanation jazhakallah sir❤...

[@kshiprapandey8222]

Hello Sir, Can you suggest any optimization method as good as NR method?

[@mozaharulislam57]

May I your all classes attend in youtube all videos ❤️❤️❤️

[@Ravindersingh-qj2ms]

Very well explained , appreciate it.

[@Kali9030]

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.

[@DrAfrozAlam]

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.

[@Kali9030]

@@DrAfrozAlam Thank you Professor for your clarification

[@zabehullah1033]

Sir really thankful to you

[@DrAfrozAlam]

You are most welcome Zabeh Ullah

[@zabehullah1033]

@@DrAfrozAlam sir are you upload more lectures of power system analysis?

[@DrAfrozAlam]

@@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

[@DrAfrozAlam]

@@zabehullah1033 You can also Check the Playlist "Power System Analysis" where I have arranged the videos in sequence.

[@systems_and_control]

You explained really well. Excellent !

[@DrAfrozAlam]

Oh....is it??? Thanks a lot

[@systems_and_control]

yes off course ! looking forward for more of your videos

[@shivm9226]

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.🙏🙏

[@DrAfrozAlam]

Dear Jilla Manish, thank you very much for the comment.

[@shivm9226]

@@DrAfrozAlam tq sir

[@THETIMESOFNEWSTODAY]

Thanks sir ...for uploading

[@DrAfrozAlam]

You are most welcome "The Creative way"

[@ipowerinco.7755]

Excellent sir

[@DrAfrozAlam]

Thanks Imran

[@gowriv944]

Sir why you are stop vedios about teaching from last one year.

[@mohammadzaid4451]

Excellent

[@DrAfrozAlam]

Shukriya Bhai

[@nagasrinivasulu8563]

super explanation

[@DrAfrozAlam]

Thank you Naga Srinivasulu

[@sp-wk7do]

Tqu sir

[@AmitKumarSahoo]

Mashallah Sir , superb

[@rizwanalikhan9213]

Zabardast

[@DrAfrozAlam]

Thank you

[@Anandkumar-tj9pl]

Thank you for giving beautiful concepts

[@DrAfrozAlam]

You are most welcome A K.

[@visheshmalviya3550]

thanku sir really helpful thanxx

[@DrAfrozAlam]

Most welcome

[@kimon2023]

Sir netwon rephson method for n buses kese evaulate hoga kindly

[@DrAfrozAlam]

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

[@afsarali-kt6ju]

Good initiative sir.
Keep on.

[@sbk4723]

NICE SIR, IF POSSIBLE DO IT FOR FAST DECOUPLE METHOD ALSO..IT WIL BE HELPFUL..THX SIR

[@DrAfrozAlam]

Thanks Bala Kumar. Sure, I will add in next Semester In Sha Allah.

[@sbk4723]

Thx sir..

[@DrAfrozAlam]

@@sbk4723 czcams.com/video/dELqfB8_K_k/video.html

[@sumandon6422]

PLEASE SIR NEWTON RAPHSON METHOD KA VIDEO HINDI LANGUAGE ME BANAYEA NA ,,,,,,,AAP KA CONCEPT BAHUT AXA HAI

[@mouafakmansour3516]

Dr. Afroz Alam how can i contact you sir?

[@zabehullah1033]

Are you will upload more lectures sir.?

[@parthachakraborty8017]

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

[@DrAfrozAlam]

Newton-Raphson Method of Load Flow: czcams.com/play/PLEVP-S4VFKO9HEb7Mozh_sEQzekft-DLn.html

[@abdulmaboodkhan8186]

Have you uploade first year electrical syllabus?

[@DrAfrozAlam]

In Sha Allah, First year lectures will also be uploaded

[@abdulmaboodkhan8186]

Ok sir...

[@nothingbro5734]

Sir,will you give some questions to pass power system analysis..

[@DrAfrozAlam]

czcams.com/video/oDIVUp6NqKs/video.html

[@DrAfrozAlam]

czcams.com/video/yDu2FxeLpqs/video.html

[@DrAfrozAlam]

czcams.com/video/t9tf-pgac_g/video.html

[@DrAfrozAlam]

Numericals on L-G Fault: czcams.com/play/PLEVP-S4VFKO-cjR27b0vX_IsWqqAnaER8.html

[@DrAfrozAlam]

czcams.com/video/9Cemdc6q7O0/video.html

[@yard1917]

Sir NR method flow chart explanation hoona sir

[@sumitraj5529]

Can you please upload lectures on GS method

[@DrAfrozAlam]

Gauss-Seidel Method of Load Flow (In Hindi): czcams.com/play/PLEVP-S4VFKO8MBMECe3UfdlIurue36pqa.html

[@besthajagadeesh3779]

For gate is there any channel from you

[@DrAfrozAlam]

czcams.com/video/JBNE35nG7Po/video.html

[@DrAfrozAlam]

Stability Analysis: czcams.com/play/PLEVP-S4VFKO-2f4AMlzaTzq_2dxC_9_Ji.html

[@DrAfrozAlam]

Fault Analysis: czcams.com/play/PLEVP-S4VFKO982dA5wFyL__G18Awbqe7p.html

[@DrAfrozAlam]

DC Machines: czcams.com/play/PLEVP-S4VFKO8U8DMTGIytVJ8-L4KIwqLX.html

[@besthajagadeesh3779]

I never forget you sir until my last breath 😍😍

[@reviewerbibhuti5100]

Poler form hai

[@n-malgarni6704]

After help me the god and then your lectures, I am now electric engineer.. many thanks for you.
Mohammed from Saudi Arabia

[@Rohan-p3p]

Thank you sir

[@hoytvolker3]

Thanks so much , very informative.

[@DrAfrozAlam]

Most welcome

[@abdulmaboodkhan8186]

Very good sir

[@DrAfrozAlam]

Thanks Abdul Mabood

[@aasimiqbalkhan3783]

Good job sir

[@DrAfrozAlam]

Thanks Aasim

[@noorkumari3286]

Thank you sir

[@hiteshjain5925]

Thanks sir

[@mohammadarshad5208]

Thank you Sir

[@DrAfrozAlam]

You are most welcome dear