The Ybus Admittance Matrix for Solving Power Flow Equations Part 3

[@Generalpac]

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[@Generalpac]

Hey you guys, thanks for the feedback. For all our upcoming videos we won't add any music. Unfortunately, KZbin doesn't allow us to remove the music from previously uploaded videos. Thank you for your understanding. -GeneralPAC team

[@brockolious]

Very, very well-explained, thanks very much for taking the time to do these videos!!!

[@titmouseX]

Watch all 3 parts, very well done, thank you!

[@lathifmj]

Thanks

[@Generalpac]

Thank you Abdul Latheef. Your support is really appreciated.

[@michaelmccatty8506]

Solid videos. Much appreciated. Explained very well.

[@bilalsedef9545]

Finally non-indian, clear, simple and to the point electrical engineering tutorial video. I was going to lose hope before you. Thank you!

[@nassimmustdie_]

Thank you so much for these videos, sir.

[@hanningtonkayanja4033]

You are a real teacher... Indeed. Thank you very much.

[@Generalpac]

Glad to hear that! Hannington, You might also be interested in our "Power Systems Engineering Vlog" series. Signup now and get 75% OFF: bit.ly/33dB0MM . This is a limited-time offer. We hope you take benefit and enjoy it. :)

[@munirahmed3415]

Thank you GeneralPAC for such a helpful video lecture

[@bonobrady3321]

Very well explained, finally understand it completely, thanks!

[@williamevans2621]

How do we account for the load attached to Bus 3? Does it's admittance/impedance affect the Ybus?

[@mkhatri007]

very conceptual. I love the way you explain, not limited to bookish explanation you really talk sense making things to be understood easily. Thumbs up Sir.

[@agouzoulnaima2284]

thank you very much finally understand it completely, thanks! we need more videos in load flow and the script on matlab

[@Generalpac]

We feel great to see that our videos are being liked and you find them positive and helpful. We are willing to explain some of the challenging concepts in electrical engineering like you mentioned and this is only possible with your support and encouragement. Can you join our hands to support us for this cause? Please visit patreon.com/generalpac. Looking forward to greeting you as a patron.

[@Bee_jai]

Thanks a lot for explaining this in such an esay way ♥️

[@Generalpac]

My pleasure 😊 You can also check our Power Systems Engineering VLOG series in which our instructor Abdur Rehman talked about various power system topics along with detailed explanation. And you can have it with a 30-Days FREE trial: bit.ly/PSEVlog

[@KaptainLuis]

thx you so much!!! i did really dont unterstand this in the lessens bu know...wooow thx you!!

[@Generalpac]

We are glad you enjoyed the videos. You might also be interested in our latest Power Systems Engineering VLOG series. Get started with a 30-Days FREE-TRIAL here: bit.ly/PSEVlog

[@شسيشسي-س1ه]

Thank you very very much for explaining this it was difficult to understand in class yet it become very simple after explain it👍🌹

[@Generalpac]

You are welcome! We are always willing to explain the challenging concepts in electrical engineering in the simplest way possible and intend that the content is useful. We want to deliver you more good content and to make our channel grow through this. Would you like to support us in this regard and become our patron at patreon.com/generalpac ? Looking forward to greeting you as a patron :)

[@sonicyouth29]

Thank you very much for some well explained videoes :-)

[@chadsification]

Thank you very much for well explained video!

[@Generalpac]

Glad you enjoyed it!

[@husseinshutari5209]

your explanation is very useful, could you please explain per unit system?

[@learninghome5396]

It helped me, thank you

[@Generalpac]

We are pleased to see that our hard work is beneficial to you. You might also be interested in our "Power Systems Engineering Vlog" series. Signup now and get 75% OFF: bit.ly/33dB0MM . This is a limited-time offer. We hope you take benefit and enjoy it. :)

[@joshuaerick9260]

Very well explain sir...thank you..

[@Generalpac]

Joshua, you might also be interested in our "Power Systems Engineering Vlog" series. Signup now and get 75% OFF: bit.ly/33dB0MM . This is a limited-time offer. We hope you take benefit and enjoy it. :)

[@daneilledrewreyes8568]

Thank you!

[@jorll7916]

Thank you man. Well explained! Although you made a mistake for Y31 that should be positive.

[@bossmanakoto6184]

I also noticed the same thing...but that was a good explanation..good video

[@divyanshparmar6925]

this was very good

[@dtm876]

Thank you.

[@edgarjimenez4999]

Why you didn't take into count the current in the load?

[@mohdtholal4264]

Nice

[@rubencatano6512]

This is a very good tutorial. I want to know what kind o software you use to make those videos. Thanks in advance

[@Johnbon3s1]

thank you

[@hitchhikingmike]

the background music is awesome!!!

[@martinjoezimba7694]

You are awesome

[@Generalpac]

Hi Martin, as we reach 30K subscribers milestone, one lucky winner will get a FREE subscription of PSE VLOG series till the end of the year. Just Follow the steps given in the link and get a chance to avail the offer: bit.ly/PSE-Giveaway

[@adelalamri547]

Hi mate, I think Y13 is not negative as you did in the matrix. it is maybe a mistake but totally it is really good video

[@Generalpac]

Hi @Adel Alamri, I think you are referring to Y31 --- in this case, yes you are right. It should be +j4.0 as indicated @6:17. Thanks man!

[@SmilerBFC]

Very good

[@blackinkorea7738]

thanks

[@Generalpac]

It is delightful to know that our videos helped you in any way. Ever since we started making videos, our aim has always been to share what we learned in the easiest way possible. It certainly keeps us in high spirits to know that we are giving back, and positive comments from you and everyone else do keep us motivated to provide more value. However, we really need your support to continue making quality content for you! Can you support us by becoming our patron? Please visit patreon.com/generalpac. Looking forward to welcoming you as a patron. Thank you

[@agouzoulnaima2284]

could you please explain per unit system

[@Generalpac]

Hi agouzoul, Thank you for showing your interest in the GeneralPAC KZbin Channel. Here is the "Per Unit System" playlist link: gpac.link/2Htfb1X Thank you for admiring our videos and we are pleased to see that our hard work is beneficial to you. We always try to recreate the difficult concepts making them simpler to understand and love to pass on our knowledge in the easiest way possible. To continue making these videos we definitely need your support and encouragement. In this way, we will be able to provide you a much more valuable content. Would you like to support us in this regard and become our patron at patreon.com/generalpac. Looking forward to greeting you as a patron.

[@abdalla4islam]

what happen to the line if a transformer is connected to it and got a X=j0.12 p.u and 100mvA and t = 0.01

[@essamamrbassiouny1953]

Thank you really!!!!

[@Generalpac]

Hi Essam, as we reach 30K subscribers milestone, one lucky winner will get a FREE subscription of PSE VLOG series till the end of the year. Just Follow the steps given in the link and get a chance to avail the offer: bit.ly/PSE-Giveaway

[@gilsonpaulgeorge]

What is Y bus Formation by Singular Transformation ?

[@Generalpac]

+Gilson Paul George -- can you please post a detailed question on the GPAC Forum? Here is the link to the forum: gpac.link/1QZu0pt -- thanks!

[@utkarshgupta3]

Shouldn't Y31 be +i4.0 == Y13 ?

[@poondlaabhishekpoondlaabhi4280]

good

[@SmilerBFC]

gauss-seidel method next :)

[@Generalpac]

+Smiler 7 --- if there is enough interest... i'll do it!

[@nursyafikaiberahim1783]

@@Generalpac pls gauss seidel method

[@elfakiremohamed142]

thank you very much (y) (y)

[@tradingfomosapien3651]

why cant u be my university professor.... i'm so lucky to find you out

[@Generalpac]

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[@chemsouben8499]

why the negative in y12 because y12=-y21

[@Generalpac]

In Power System Analysis course we will start from very basics: principles of Balanced systems, how power factor affects the performance of systems and techniques which we can employ to improve the power factor. In addition, you will build a strong concept on per unit systems and load flow analysis. This module consists of four parts, each building upon your knowledge based on previous ones. Get 𝟗𝟎% 𝐎𝐅𝐅 on 𝐏𝐨𝐰𝐞𝐫 𝐒𝐲𝐬𝐭𝐞𝐦 𝐀𝐧𝐚𝐥𝐲𝐬𝐢𝐬 𝐅𝐮𝐧𝐝𝐚𝐦𝐞𝐧𝐭𝐚𝐥𝐬: bit.ly/Power-System-Analysis-90OFF

[@adambodom]

fault calc?

[@Generalpac]

+Adam Mukhriz --- please elaborate :)

[@adambodom]

+GeneralPAC: Power System Tutorials ..any videos on how to calculate fault in power system?:)

[@Generalpac]

+Adam Mukhriz Yes.... I eventually want to show how 1LG, 3LG, LL, 2LG faults are calculated.... but need to cover symmetrical components first! :)

[@adambodom]

+GeneralPAC: Power System Tutorials ..nice...

[@diyalisworld4203]

❤

[@farajalyami2044]

Y31 should be +ve

[@Generalpac]

+Faraj Alyami correct! Thanks for catching that!

[@morning_guy101]

Y31 SHOULD BE +4j

[@tapomaymondal2372]

yes that should be

[@haelrapal733]

yeah. it should be positive.

[@Generalpac]

Hi @rahultudu, yes you are right. It should be +j4.0 as indicated @6:17. Thanks man!

[@bandareed]

thank you

[@thirumalasettianusha4321]

Good

[@Generalpac]

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