GAUSS SEIDEL LOAD FLOW PROBLEM- 1 / KTU/ POWER SYSTEM ANALYSIS

Its a Gauss Seidel Load Flow Problem with Four buses.

[@AquaLite-v8]

Best video ever🎉. Thank you. Tomorrow is my 6th sem exam. I'll rock it. 😊

[@bensonmanda4086]

i wish i could've seen this video long time ago.. perfect teaching

[@normieking8151]

Best explanation that i could find for load flow

[@DHARSHINIR-mk7tl]

Thank you sir . I got 'O' in my semester by seeing your videos 💯🙏

[@vershapaikara9919]

Sir very useful lecture ...I can't understand this in book ...thank you so much😊 ....keep making video lecture for power system

[@whatsnewnow4469]

One of the best video I have seen till now. 🙏🙏🙏🙏🙏

[@fubaraomubo6573]

Lovely... you made it look easy sir...

[@sounerds1211]

im confused, why is it that on your next example on the next video you uploaded, you equate the real and reactive power given to the generated real and reactive power?

[@anymousecat2013]

Good explanation. Thank you sir

[@galendonalson]

i am including you in my graduation speech

[@anjaneyulua4910]

Superb explanation sir

[@nathanhynes8063]

VERY well explained!!! thanks so much

[@dhananjayad2982]

Excellent teaching sir

[@pallemadhav5684]

Sir how to find real and reactive power for slack bus

[@priyanshukumarsahoo5545]

Nice explanation sir 👏

[@surendrakverma555]

Very good. Thanks 🙏🙏🙏🙏🙏

[@shanth008]

why isnt he dividing with the deminotor of v conjugate

[@ramdasmendewad2948]

Thank you so much sir keep it up 🎉❤

[@louisezero3129]

What book did you get the problem?

[@revanthsibiram3342]

Sir How many iterations should we do?

[@asadmanzoor128]

ig till the difference between the current and previous iteration becomes sufficiently small, i.e. difference = 0.01 or 0.001.

[@soulgamingff9977]

excellent sir.....

[@asadmanzoor128]

Man this guy is great.

[@syedamudassiratahseen5323]

sir can you please upload problems on Newtown raphson method in psoc

[@dhananjayad2982]

Excellent

[@41-sarikasasiv.s13]

Thak you so much si

[@althafpk5703]

Thank You Sir✨️

[@htp2319]

Thanks sir

[@joel5303]

thank u sir

[@sibiraj1510]

Super sir❤

[@edgbaston149]

Thank you sir 😊

[@zeroteam2683]

thanks man

[@LALITKUMAR-si3pv]

Sir please make videos on Newton Raphson method also 🙏🙏

[@nankinanko5790]

One of the most explicit video I've found on the topic .
Stay blessed sir.

[@comedykeedaperson]

In books fir load bus we have taken -(p-jQ)

[@fairytail5958]

Yes same but here he didn't multiply minus inside

[@TomTalley]

Nicely done...I see how to do it. Now, having all the voltages at the buses, you can use the diagonals to calculate the p and q at each bus.

[@tankahweiwilliam6013]

Good explain than my uni lecture ever thanks a lot !!!

[@flybywire9253]

👍🏻👍🏻

[@BlackTree]

Very Helpful thanks

[@TomTalley]

Thank you. Outstanding presentation of the methodology

[@pvk4953]

Y13 admitemce ala vachindhi

[@chummakizhi3881]

sir i liked your explanation thank you so much sir

[@thalareviewcafe4587]

Excellent teaching sir 😍👍

[@dilsharaherath9009]

Thank you very much Sir!

[@sounerds1211]

does the p and q change in terms of the iteration or is it just the same with the slack bus voltage that doesnt change regardless of how many iteration you do?

[@muazzambakshi8042]

absolutely brilliant video.

[@TatsumiOga682]

Pwolichu sir _/\_

[@rythmikz_beatbox]

Thank u

[@liwasiyanda8770]

Why is he taking the negatives of all the items in the matrixes

[@BEAST-eu9xx]

Inverse

[@gojosatoru2294]

thats how you find the other elements in the matrix other than the diagonal elements

[@baljitkaur1210]

If this diagram is in mirror image so... We have solve with same method?

[@rishabhkothari3597]

Sir please make vedio on Newton raphaon method

[@dhananjayad2982]

Sir shall you please all videos update

[@louisezero3129]

Very nice

[@tanviralgalib1909]

Very good . Thanks

[@prateekshrivastava2802]

So clear and consise !!