Numerical on Fast Decoupled Load Flow Method | Part 1

[@DrAfrozAlam]

The elements of Ybus used in this problem have been calculated in the following video lecture (starting at time 2:25):
th-cam.com/video/t9tf-pgac_g/w-d-xo.html

[@DrAfrozAlam]

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

[@harikrishnans5167]

Just simply great..knew how to do FDLF before watching this video..but sir hats off to your teaching style..!!

[@DrAfrozAlam]

Thank you Harikrishan S.

[@DrAfrozAlam]

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

[@kunalsingh4156]

Thank you very much sir.
Even m.tech students are benefited by your video sir.
Really great explanation.
Lots of respect for you.

[@DrAfrozAlam]

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

[@kunalsingh4156]

@@DrAfrozAlam thank you very much sir.

[@tahirfarooq6495]

beautifully explained Masha ALLAH i must say its indeed true good work u r doing.
sir here u calculated the inverse and u just wrote transpose which is adjoint instead.

[@DrAfrozAlam]

Thanks for the compliment. You may observe that I wrote transpose of the cofactor of the matrix which is nothing but the adjoint of the matrix.

[@tahirfarooq6495]

@@DrAfrozAlam got it thanks

[@DrAfrozAlam]

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

[@u-canlearn7967]

Great handwriting and explanation

[@SantoshPatil-cq2bj]

You are great sir

[@bilalmufti8568]

Thank You, Sir. Appreciated

[@peteriruna8267]

God bless you Sir

[@Dhiraj-tt4gd]

Thanks sir , great explanation...

[@DrAfrozAlam]

Most welcome

[@PatrickBateman_speaks]

Excellent lectures sir
Ur teaching methodology and concepts were excellent
Just a request sir if u kindly teach us Induction machine and synchronous too then it would be very much useful for us..

[@DrAfrozAlam]

Synchronous Machines: th-cam.com/play/PLEVP-S4VFKO96Bao3uSYtCRw5wbJPbtYu.html

[@DrAfrozAlam]

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

[@tushargoyal6704]

thanks sir for this explanation

[@DrAfrozAlam]

Most welcome

[@djboxcompitition]

Nice sir

[@mohamadaziz8683]

Thanks you vary much

[@DrAfrozAlam]

You are welcome

[@abdul1moid]

Great sir

[@DrAfrozAlam]

Thank you

[@krishnakandel2402]

How to solve if pv bus has active and reactive load also?

[@basheeruddinsyed7534]

Well said sir. I've a doubt
What If 2nd bus is PV bus and 3rd bus as PQ bus

[@DrAfrozAlam]

This has already been explained in the theoretical part lectures. To understand this, you may watch the following video lectures:
Newton-Raphson Method of Load Flow: th-cam.com/play/PLEVP-S4VFKO9HEb7Mozh_sEQzekft-DLn.html

[@thisisshlok_pm]

Sir, can you share the link of the video regarding the introduction of FDLF method?

[@DrAfrozAlam]

th-cam.com/video/dELqfB8_K_k/w-d-xo.html

[@thisisshlok_pm]

@@DrAfrozAlam Thank you Sir!!

[@DrAfrozAlam]

It's my pleasure

[@saikiranyadav26]

Sir I need PDF of problems based on gauss seidal, n-r , decoupled , fast decoupled methods

[@DrAfrozAlam]

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

[@nanianl]

Sir i need explanation for the system with 1 slack bus and 2 load buses

[@DrAfrozAlam]

For detailed explanation, please watch the following:
Decoupled/Fast Decoupled Load Flow Method: th-cam.com/play/PLEVP-S4VFKO_QznuoooIl0o4vQeCV3NHe.html

[@efrainbrito9052]

what is the book you use?

[@DrAfrozAlam]

Hadi Saadat

[@efrainbrito9052]

@@DrAfrozAlam Thank you, Sir

[@Ash_Linker]

Allahu Akbar 💣🧨🎇