Principles of Symmetrical Components Part 2c

[@Generalpac]

📢 𝗬𝗲𝗮𝗿-𝗘𝗻𝗱 𝗦𝗮𝗹𝗲 𝟮𝟬𝟮𝟰: bit.ly/power-systems-courses 🔥 𝗣𝗼𝘄𝗲𝗿 𝗦𝘆𝘀𝘁𝗲𝗺 𝗠𝗮𝘀𝘁𝗲𝗿𝘆 𝗕𝘂𝗻𝗱𝗹𝗲: bit.ly/PowerSystemMasteryBundle2024 💥 𝗣𝗼𝘄𝗲𝗿 𝗦𝘆𝘀𝘁𝗲𝗺 𝗦𝘂𝗽𝗲𝗿 𝗕𝘂𝗻𝗱𝗹𝗲: bit.ly/PowerSystemSuperBundle2024

[@Peter458mj]

its 2024 but this is the best visual explanation video i ever watched , thank you so much for the effort you put here.

[@Generalpac]

Here everyone, here is the link to the symmetrical component web application: stevenblair.github.io/seq/

[@PingKickaloSr]

This topic was started today int the morning in my power Systems lecture class and I was confused about how these positive, negative and zero sequence components make up the unbalanced system. This visual experience has now convinced me ! Thanks for this video series and keep it up !

[@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

[@dejiajayi1113]

I absolutely liked the videos, they make learning soooooo easy.

[@ashipchaudhary3340]

Not one of the best but THE BEST CHANNEL on youtube for POWER SYSTEM

[@Generalpac]

Thank you for the valuable feedback! 😊 You might also be interested in our Power Systems Engineering VLOG series, join us here with a 30-Days FREE trial: bit.ly/PSEVlog

[@SF-fb6lv]

I don't know if you mentioned, but the positive, and negative sequence components derived from an unbalanced phasor have the properties: 1) being balanced (even though the original composite phasor is unbalanced); and 2) varying in phase. So, from the original unbalanced phasor, you get two BALANCED phasors and a finite zero sequence phasor. Oh you just mentioned all this right after I wrote my comment!

[@CalebDiT]

All of these videos are great. Thanks so much for them.

[@Generalpac]

+Caleb T Please share among your peers and colleagues :)

[@kipngenovincent5970]

@@Generalpac awesome... kindly share the link for web application sir

[@jishanshaikh8961]

Best !!!!!Explanation!!!!! Explanation!!!!!Explanation!!!!!Explanation!!!!!Explanation!!!!!Explanation!!!!!

[@joshshields1242]

This series is very well done. Thank you for the work you put into these!

[@Generalpac]

Glad you enjoy it! Josh, You might also be interested in our Power System Fundamental courses. Get started with FREE courses here: gpac.link/2GO6m4X.

[@pratikshirke892]

The Web application is well designed to understand the concept.Cheers mate! awesome

[@Generalpac]

We are glad you like it Pratik! Please consider donating $5/month to help us continue creating awesome power system video tutorials. There are some great perks for patrons too like more access to videos! You can easily do that with patreon.com/generalpac -- contact us for any questions at all! Thanks

[@Generalpac]

Support us by becoming our patron at ​patreon.com/generalpac ....Why? An incredible amount of time and effort is needed to develop high-quality video tutorials. Each video takes approximately 10 hours to complete which includes learning the concept ourselves, brainstorming creative ways to teach and explain the concepts, writing the script, audio recording, video recording, and editing. This is why Hundreds-of-Thousands of people have watched, liked, subscribed, and left positive comments.

[@jeffinthomas2082]

This link is not working!

[@Generalpac]

Hey Jeff, here is the link: www.patreon.com/generalpac

[@BAEX2013G]

Music is fine. Great videos! Very clear and accessible! Thanks so much!

[@Generalpac]

Glad you enjoy it! Tim, You might also be interested in our Power Systems Engineering VLOG series. Get started with a 30-Days FREE trial here: bit.ly/PSEVlog

[@ALIYUHAMZASULEPKE]

These videos are useful as refresher tutorials on power system components.

[@mlong999]

Well done!! Looking forward to the next one!

[@Generalpac]

+Massimiliano Longhin Part 3 is released! Check it out. Likes, shares, and comments are requested :)

[@Generalpac]

In Power System Protection course we will cover the requirements needed to design protective devices and the applications of these devices through a schematic diagram. Furthermore, this course will analyze the effects of all types of faults in power system along with the easy hand on calculations. To develop your strong concept on fault analysis we will discuss how faults can be identified by analyzing waveforms. Lastly, you will learn the most tedious and complex theory of symmetrical components that are found in different types of faults. This module consists of six parts, each building upon your knowledge based on previous ones. Currently, we are offering 90% discount, join us before it ends: bit.ly/Power-System-Protection

[@reskand]

As everybody mentioned, videos are Excellent! Great explanation, I really understand this subject intuitive. Thanks, The only suggestion i have is about the background music!. For me Have in music playing caused to not focus and kind of distraction.

[@rashedaurakzai2710]

Great job. Teaching is an art. Not everybody should be teaching

[@DeltaSigma16]

i agree with you !

[@Generalpac]

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[@Dianxva]

This was eye opening.

[@muhammadbahesti7352]

After watch this video my information about symmetrical component is perfect. And also the visualization software is very nice, hope you can make it under windows.

[@allanspymanlapig1314]

These videos are really helpful.Well done mate..

[@_Hey_all_]

I have one question and that is, is there any angular diference between positive sequence A phasor and negative sequence A phasor

[@blackburnmichelson6189]

which program you use for this negative pozitive and zero sequence animation ?

[@eepower]

Amazing! Your hard work is really appreciated. Thanks

[@rodolfolozano2115]

I love the intuitive approach! Great videos!

[@bibashthapaliya2943]

I learn a lot from you..Thanks for your hard work and looking forward to more videos tutorials.

[@abubakarabdullahi2962]

Please can I know the app that you use here?

[@andychow2998]

Excellent videos, keep up the good work.

[@TuberKMT]

Fantastic graphics to help understand!

[@Generalpac]

Glad it was helpful! Krista, You might also be interested in our Power System Fundamental courses. Get started with FREE courses here: gpac.link/2GO6m4X.

[@soumyadinda8221]

Salute to you efforts ❤️

[@bibashthapaliya2943]

whats is the cause of positive sequence fault or negative sequence fault or zero sequence fault?? any particular reasons?

[@moonisal]

im south korean student , thanks for your video :)

[@Generalpac]

Ohhh Awesome. I really appreciate your comment.

[@lincolngillego9136]

from the unbalance set of currents,what is/are the importance of the three sets of balanced sequence?

[@sanjeebkumarspeed]

What makes a 3 phase system unbalanced - system impedances (or) applied voltage and current (or) both??

[@niravdanidhariya7491]

Which app are you using for automation?

[@everybodyisdyingaminext5675]

your videos are useful keep going you are fantastic

[@anjanisaraswati]

thankyouuu, these videos really helps me understand!

[@firdousshahhabib1635]

Nice explaination

[@nelsonpedropadillaovando6231]

good presentation, please is possible that you can shared the aplications to represents the phasor?

[@Generalpac]

+Nelson Pedro Padilla Ovando The application link is the description... here is again: personal.strath.ac.uk/steven.m.blair/seq/ -- Thanks!

[@ahmethunter2121]

Amazing Video. Thank you so much.

[@jimshenry6656]

Difference between positive and negative is just phase rotation. For instance if positive is as per system at ACB. The negative sequence is ABC??

[@Generalpac]

+Jims Henry yes, that is correct. The negative is always opposite of the system sequence. So of system phase rotation is ACB then negative sequence rotation is ABC as you said!

[@Shoron09]

you deserve million sub

[@Generalpac]

Hi Fahad, 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

[@heiranitang5690]

Thank you for your video. It helps me so much !!!

[@AdeyemiAlabi]

@GeneralPac, I think the zero sequence is actually a balance system.. if you define a balance system as a system of phasors with equal: Magnitude, and Angle.. the angles of the zero sequence components are equal as well as their magnitude

[@DeltaSigma16]

As the angle is zero, there is no sequence !

[@khaledahmedkhalil3991]

Please can you share the link for the software used in this video i will appreciate it

[@Generalpac]

stevenblair.github.io/seq/ You can also find it in the video description.

[@khaledahmedkhalil3991]

@@Generalpac thank you sir

[@stephene.g.cbuckle2548]

Great tutorial :) . You mentioned one can download the web app, but what and where is the web link for this illustration?

[@inkaheile4269]

love your presentation. thank you

[@engenhariaeletrica-calculodesc]

Very good, what is the name of this program you are using to make this animation?

[@ohenenyarkojnr152]

I couldn't use the application attached to the video ... pls help

[@Generalpac]

Hi @Paul Smith --- the link to the application was changed... please check out the new link here: stevenblair.github.io/seq/

[@aslambatcha5683]

U r lyk 3blue1brown for Power System ❤️

[@dylanreen1629]

Mind blown!

[@fabiancordero8682]

Where i can find this vector app?

[@Generalpac]

Hi! here is the link to the symmetrical component web application: stevenblair.github.io/seq/

[@vasavasanjay7135]

How To Find The Angle in Negative sequence when The angle Is Change In input

[@johnsonpuli6027]

Excellent

[@Generalpac]

Glad you enjoy it! Johnson, You might also be interested in our Power System Fundamental courses. Get started with FREE courses here: gpac.link/2GO6m4X.

[@rudreshshukla438]

May know the web application name ? Is it available on play store ?

[@Generalpac]

+Rudresh Shukla see video description section for link to the web application.

[@vinayrajesh1968]

This is great..👌

[@salmann94]

this is great! thanks!

[@karamalmesilmawy390]

Waaaaw that is great !!!!

[@tag_of_frank]

Thanks so much for this. Also the music makes me feel like I am playing real life minecraft... Ahahaha

[@kite8547]

thanks so much, you are the best

[@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

[@lucaspenguin1800]

So clearer than my lecturer

[@Generalpac]

Hey Lucas, Thank You for the compliments. We love making power systems tutorials and in order to continue making high quality videos, we need your support. Please do consider becoming our Patron by visiting gpac.link/2zBJkYV

[@rahulguleriya1589]

Osssam work

[@Generalpac]

Hey Rahul, Thanks. 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 benefit and enjoy it. :)

[@shubhampandey1041]

you are awesoome

[@AhmadUlulAlbab11]

Great, thank you :)

[@muathmekky1706]

Thanks so much

[@joginderkhajuria7617]

splendid

[@muamerbuco]

excellent videos, but why would you put background music on a tutorial video..so distracting

[@calebsaheb3159]

am assuming if we can make the comment section a section to discuss and debate rather than only appreciation comments.

[@Generalpac]

Caleb saheb you are most welcome to do that as well

[@dfghjasdfghjk7719]

TANK

[@redentorcalling2568]

Hi generalPAC..Can I have a template copy of the Unsymmetrical Components? I am interested on that template on moving any directions to any phase currents consequently their symmetrical components follows too, etc. Looking forward..Tnx

[@mohammadhabibullah5882]

Nicely explained but background music is very much annoying and distracting

[@Elmoconvo]

this is honestly the longest most drawn out way of explaining this topic, did you really have to put it in 500 videos?

[@Generalpac]

Different people have different ways of learning... It turns out, most people understand concepts when the same information is repeated multiple times in slightly different ways. Making is drawn out was intentional and an experiment and we got great positive feedback.