Power System Stability | Part 6 | Numericals on Swing Equation

For other lectures, click the links given below:
Economic Operation of Power System (Playlist): Click the link below
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Fault Analysis (Playlist): Click the link below
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Stability Analysis (Playlist): Click the link below kzbin.info/aero/PLEVP-S4VFKO-2f4AMlzaTzq_2dxC_9_Ji
Per Unit System (In Hindi): (Playlist): Click the link below
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Bus Admittance Matrix (In Hindi): (Playlist): Click the link below
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Gauss-Seidel Method of Load Flow (In Hindi): (Playlist): Click the link below
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Newton-Raphson Method of Load Flow (Playlist): Click the link below
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Decoupled/Fast Decoupled Load Flow Method (Playlist): Click the link below
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Load Flow Analysis (Playlist): Click the link below kzbin.info/aero/PLEVP-S4VFKO_bVbMPXIWn5vy8fOSgzaao
Power System Analysis (Playlist): Click the link below
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Network Theorems (Playlist): Click the link below kzbin.info/aero/PLEVP-S4VFKO9_NTsWpVqboiakPEeV12ny
Newton-Raphson method of Load Flow | Lecture 1 of 4: Click the link below
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Newton-Raphson method of Load Flow | Lecture 2 of 4: Click the link below
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Newton-Raphson method of Load Flow | Lecture 3 of 4: Click the link below
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Newton-Raphson method of Load Flow | Lecture 4 of 4: Click the link below
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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
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Unit Commitment: Click the link below
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Load Frequency and Voltage Control: Click the link below
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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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Symmetrical Components for Power System Analysis | Part 2: Click the link below
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Sequence Networks of Power System Elements | Part 1 of 3: Click the link below
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Sequence Networks of Power System Elements | Part 2 of 3: Click the link below
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Sequence Networks of Power System Elements | Part 3 of 3: 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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Analysis of L-L-G Fault: Click the link below
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Power System Stability | Part 1 (Basics): Click the link below
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Power System Stability | Part 2 (Basics): Click the link below
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Power System Stability | Part 3 (Inertia Constant): Click the link below
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Power System Stability | Part 4 (Problems on Inertia Constant): Click the link below
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Power System Stability | Part 5 (Swing Equation): Click the link below
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Power System Stability | Part 6 (Problems on Swing Equation): Click the link below
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Power System Stability | Part 7 (Equal Area Criterion): Click the link below
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Power System Stability | Part 8 (Critical Clearing Angle | Critical Clearing Time): Click the link below
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Power System Stability | Part 9 (Opening of one of the parallel lines): 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 11 (Problem on three-phase fault on one of the parallel lines): Click the link below
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Power System Stability | Part 12 (Two Alternators Operating in Parallel): Click the link below
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Power System Stability | Part 13 : Click the link below
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Power System Stability | Part 14 : Click the link below
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Regards
Dr. Afroz Alam,
Ph.D. in Power System (IIT Roorkee)

[@DrAfrozAlam]

Download hand-written notes (pdf) of this lecture series using the following link: drive.google.com/file/d/1kyK8693QOia7lN9kUkhIMFmjlXO4VzrS/view?usp=sharing

[@nayanchaturvedi2712]

sir your teaching style is very different and calm. You know exactly what to teach and what to not, even after subject is tough you made it very interesting. thank you sir. may god bless you

[@olusegunakande9508]

You are a genuis Dr. i benefitted and trashed my exam questions with your excellent teaching. You type is rare Sir. May you be rewarded by GOD

[@DrAfrozAlam]

Wow, thanks.

[@FatherOfAbrahamicReligions]

Good teaching style ,very easy and lucid language sir you are using. You are my guru from now onwards. Sir you are the Nikola Tesla of electrical engineering of present era.

[@ntombimpelapatiencengwenya9870]

Thank you, Sir... I think I can see light now.

[@Kali9030]

I was so involved in his class when lights went off @ 2:30, I was checking my laptop brightness, great teaching professor kudos to your work :D

[@DrAfrozAlam]

Hahaaa, Thanks for the comment

[@bipulboruah1236]

After studying for hours not able to get a clear picture of stability now every thing is clear after watching your lecture. Your videos are really life saver thank you so much Sir May god bless you 💫⭐

[@ravikumarbaghel5301]

Thank you so much Professor Explaination manner is such great that I could solve last question in no time before watching the solution.

[@igxniisan6996]

Sir, shouldn't it be delta-knot times "t" + 1/2 alpha "t²" ??? You only wrote delta-knot.. I'm confused

[@malakspeters6052]

thank you Sir.....my lecturer just gave me the equations and i dont understand what they meant....but after watching your video...i can now understand....thanks alot

[@jaydipprajapati5763]

You are amazing sir..nice explaination👌👌✌️

[@DrAfrozAlam]

Thank you Jaydip

[@mohammadhabibullah5882]

Dear Sir, you know our level, you know where to start explanation from. May Allah help you publish more lectures.

[@DrAfrozAlam]

Aameen. May I know, where are you from?

[@mohammadhabibullah5882]

I am Bangladeshi, studying MSc in Electrical Power in Norway.

[@edmarsalvador2673]

Thank you teacher!

[@Dnyanu_info]

excellent explaination sir

[@DrAfrozAlam]

Thank you DM

[@prarambhiksur2104]

Amazing explanation sir Thank you!!

[@LakshmikanthAyyadevara]

nice explanation ; delta(t) = delta(0)*t + (1/2)*(alpha)*(t^2)

[@mohammadalmazroee406]

Sir, I realy appreciate your work. when you said Pe is Zero is that mean All we have is reactive Power... this will effect our iron core of such transformer, & generator ?? I mean core will be saturated or either will cause Megnatic forces that will destroy the holding support of windings or Coils... Am I right ? Please Correct me if I am wrong.

[@abbassyednooruddin3432]

Great explanation!

[@Zakirhossain-wx8qc]

Many many thanks sir

[@2958918]

a lot of thanks, may Allah bless you.

[@surendrakverma555]

Thanks Sir. Regards 🙏🙏🙏🙏🙏

[@RashidKhan-rz1hq]

teaching stability and remain stable at load shedding @2:30

[@DrAfrozAlam]

Hahaaa

[@shubham_sangeeta_rathore]

Very good guru ji

[@DrAfrozAlam]

Thank you Shu Rat

[@priyanandan3785]

is del = del0 (T)+.5 alpha (t)^2,,? why is del0 (T) is taken as del0

[@ranjeetkumarpcele1742]

Thank u sir

[@neminathnarule2257]

Thank you sooooooo 😊much sir👌👏🙏🙏

[@s_rl1474]

Thank u so much sir

[@DrAfrozAlam]

You are most welcome Marshal