Glad you found value out of it. It took me a while learning myself and I love teaching in the most simple and useful way. Check out AllumiaX.com for more courses. We are putting together some exciting content in the new year
Hey you guys, thanks for the feedback. For all our upcoming videos we won't add any music. Unfortunately, TH-cam doesn't allow us to remove the music from previously uploaded videos. Thank you for your understanding. -GeneralPAC team
Great work. May you live a long life Full of gladness and health . May all God's blessings descend upon you. May peace be within you. May your heart be strong. May you find what you're seeking wherever you roam.
Wow! i have a brand new understanding of this very difficult topic (or so i thought!!)!! Thank you so much for putting this together, you're a life saver just in time for a PE exam!!
That was really REALLY detailed; thanks for the extra hand-holding at the inverse of a matrix part. I was able to blast through all the videos at 2X. Thanks! Subscribed!
Knowing that our videos were helpful to you is indeed satisfying. These videos are available on our website in the form of fundamental courses. You can keep track of your progress without any promotional ads. We've included some quizzes in those courses, a certificate of completion and an opportunity to ask questions from our engineers regarding the course topics. Currently, we are offering 90% discount on these fundamental sessions, join us before it ends: www.allumiax.com/power-system-courses
Hi, @Thais. Thank you so much for your wonderful comments. Please consider subscribing to our Generalpac TH-cam channel and share our videos with your friends and colleagues. I appreciate you if you become our patron on Patreon.com/Generalpac. We need your support in order to continue making high-quality Power system video tutorials free for Everyone & Everywhere!
Actually this was the first time I had used a video tutorial instead of long wordy text books and I must admit I enjoyed it so much that I don't think I'm gonna buy another book any time soon :) Thank you very much for your amazing work
Great presentation of the subject. Many thanks... BUT how does it continue to relate and result in sequence impedances? And, what do they mean? Are sequence impedances the system phase voltages divided by the sequence currents?
Thank you so much, your series of Videos is so useful. Just a quick question, since in that problem you have the Matrix [ I0A I1A I2A] by multiplying the inverse of A with I(system)....will I be wrong if I decide to first solve the matric of [I0B I1B I2B ] ?
It's not a mistake. But by mixing negatvie and positive rotations for the degree value, it can be confusing. If he stayed with positive rotations, then you would see that he started with +72 degrees and added 120 degrees to get 192 degrees in the positive (counterclockwise) rotation. The same vector can be reached if he rotated from zero in the negative (clockwise) direction to -167.87 degrees.
1:03: "and the zero sequence component, although they all rotate in the counterclockwise direction, same as the negative and positive sequence component as well as a system phasor"... I thought you said the Negative Sequence Components are always opposite to the system phasor and rotate in the clockwise direction?
Glad to hear that! 10natraj, 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. :)
Thank you for admiring our videos and we are pleased to see that our hard work is beneficial to you. 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.
Thank you Pamela. You might also be interested in our "Power Systems Engineering Vlog" series. In PSE Vlog, we will discuss all of the various power system engineering studies & AllumiaX's blog commentary. We hope you'll join us in this series and benefit from it. Signup now: bit.ly/33dB0MM
It always feels good to see people enjoying and appreciating our videos. We do a lot of hard work to provide you the best possible content. Therefore, we really need your help to continue maintaining valuable work. And this will only be possible by your support. Would you like to support us in this regard? So that we would provide you with the best and easily understandable videos. Please visit patreon.com/generalpac. We are looking ahead to greeting you as a patron.
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
Thank you @Sumit. We have recently launched our brand new series on "Fault Analysis in Power Systems". Please take out a minute and check it out. I hope you will like it.
Hello Vivek, Thank you for showing your interest in the GeneralPAC TH-cam Channel. We have rechecked all the calculations and found no mistakes. Below mentioned is the link of complex vector multiplication calculator. You can verify by putting all the values in it. calculator-grapher.com/calculators/matrix/ Also, if possible please do share your manual calculations with us so that our team can help you out with that. Hope this answer is helpful to you. Please join hands with us to expand the good work by becoming our Patron, please visit patreon.com/generalpac. Regards GPAC Team
I finally understand the unbalanced system and the symmetrical components watching this series, thank you for your efforts. Please can you tel me how can I define the a operator in Matlab or Simulink ?
Hey, You can write 'a' operator in MATLAB by first defining the operator as: a= 1*exp(i*2.09) where '1' is the magnitude and "2.09" is the angle in radian (120 degree = 2.09 radian) (in Matlab angle is defined in radian) (formula for the degree to radian conversion: angle in radians=angle in degree*pi/180, where pi=3.14) (120 degree*3.14/180 = 2.09 radian) For more, see this link: www.mathworks.com/help/matlab/ref/angle.html Thanks, GeneralPAC by AllumiaX
You might also be interested in our latest Power Systems Engineering VLOG series, in which we talked about various power systems engineering topics along with a high-quality explanation. Follow the link to join this series in $9.99/month with a 30-Days FREE Trial: bit.ly/PSEVlog
Hi, We appreciate your valuable suggestion. We have added it to our list of future videos. We make intuitive and useful Power Systems Video Tutorials on TH-cam for a worldwide audience. If you find value in our content, please consider supporting us through Patreon ( patreon.com/generalpac ) so we can continue doing good and valuable work. Thanks, GPAC by AllumiaX
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Hi Ruchira, 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
📢 𝗬𝗲𝗮𝗿-𝗘𝗻𝗱 𝗦𝗮𝗹𝗲 𝟮𝟬𝟮𝟰: bit.ly/power-systems-courses
🔥 𝗣𝗼𝘄𝗲𝗿 𝗦𝘆𝘀𝘁𝗲𝗺 𝗠𝗮𝘀𝘁𝗲𝗿𝘆 𝗕𝘂𝗻𝗱𝗹𝗲: bit.ly/PowerSystemMasteryBundle2024
💥 𝗣𝗼𝘄𝗲𝗿 𝗦𝘆𝘀𝘁𝗲𝗺 𝗦𝘂𝗽𝗲𝗿 𝗕𝘂𝗻𝗱𝗹𝗲: bit.ly/PowerSystemSuperBundle2024
The whole series of Principles of Symmetrical Components was amazing man. You took it from the base and explained it beautifully. Awesome!
Glad you found value out of it. It took me a while learning myself and I love teaching in the most simple and useful way. Check out AllumiaX.com for more courses. We are putting together some exciting content in the new year
Absolutely stunning. All concepts of symmetrical components and its application are more than crystal clear. Thanks General PAC team.
Took us a long time to understand it too...just sharing what we have learned over time :)
Hey you guys, thanks for the feedback. For all our upcoming videos we won't add any music. Unfortunately, TH-cam doesn't allow us to remove the music from previously uploaded videos. Thank you for your understanding.
-GeneralPAC team
Great Play list of Principles of symmetrical components. You explained it well and easy to understand way. Thanks mate!
Great work.
May you live a long life Full of gladness and health . May all God's blessings descend upon you. May peace be within you. May your heart be strong. May you find what you're seeking wherever you roam.
Incredibly easy to understand. Watched all these today; best I've understand S.C's ever!
This series is best ever describing symmetrical components.
Wow! i have a brand new understanding of this very difficult topic (or so i thought!!)!! Thank you so much for putting this together, you're a life saver just in time for a PE exam!!
Thanks for the amazing tutorial.
I could finish, watching all the videos.
You guys are geniuses by being able to make it simple to understand.
Thanks.
Thank you so much. We're glad you liked our content. Keep watching for more intuitive tutorials :)
That was really REALLY detailed; thanks for the extra hand-holding at the inverse of a matrix part. I was able to blast through all the videos at 2X. Thanks! Subscribed!
Knowing that our videos were helpful to you is indeed satisfying. These videos are available on our website in the form of fundamental courses. You can keep track of your progress without any promotional ads. We've included some quizzes in those courses, a certificate of completion and an opportunity to ask questions from our engineers regarding the course topics. Currently, we are offering 90% discount on these fundamental sessions, join us before it ends: www.allumiax.com/power-system-courses
Watched all videos and love them. Thank you so much. Can't wait to see more!
Hi, @Thais. Thank you so much for your wonderful comments. Please consider subscribing to our Generalpac TH-cam channel and share our videos with your friends and colleagues.
I appreciate you if you become our patron on Patreon.com/Generalpac. We need your support in order to continue making high-quality Power system video tutorials free for Everyone & Everywhere!
Actually this was the first time I had used a video tutorial instead of long wordy text books and I must admit I enjoyed it so much that I don't think I'm gonna buy another book any time soon :) Thank you very much for your amazing work
Simplicity is key!
Thanks for sharing. Awesome job!.
Wonderful explanation in an easy manner
Great presentation of the subject. Many thanks... BUT how does it continue to relate and result in sequence impedances? And, what do they mean? Are sequence impedances the system phase voltages divided by the sequence currents?
Thank you so much, your series of Videos is so useful. Just a quick question, since in that problem you have the Matrix [ I0A I1A I2A] by multiplying the inverse of A with I(system)....will I be wrong if I decide to first solve the matric of [I0B I1B I2B ] ?
Hi Njabulo, Yes you can first solve the matrix of
[ I0B I1B I2B ], but all the formulas will change accordingly.
Thanks,
GeneralPAC by AllumiaX
Thanks very much for wonderful series of lectures. It really helped me with these new concepts.
Thanks for your feedback! Check out our Patreon page for more intuitive videos tutorials and special perks: www.patreon.com/generalpac
Excellent lecture that explane step by step. BEST of those ever seen.
Great set of videos, I watched all of them and got it very clear, thanks a lot!
Great work. I´ve seen all the 14 tutorial vídeos and their are all very helpfull. Thanks a lot.
At 6:10, you say for phase C, we need to rotate 120 degrees. How does that come up to -167.87 degrees? Is that an error?
It's not a mistake. But by mixing negatvie and positive rotations for the degree value, it can be confusing. If he stayed with positive rotations, then you would see that he started with +72 degrees and added 120 degrees to get 192 degrees in the positive (counterclockwise) rotation. The same vector can be reached if he rotated from zero in the negative (clockwise) direction to -167.87 degrees.
1:03: "and the zero sequence component, although they all rotate in the counterclockwise direction, same as the negative and positive sequence component as well as a system phasor"... I thought you said the Negative Sequence Components are always opposite to the system phasor and rotate in the clockwise direction?
This video series is incredible. Where was this and TH-cam when I was in EE school!? Lol
Thank you so much Lance for your kind words.
Your great work is highly appreciated. Thank you.
Enjoyed very much. Nice lesson
Glad to hear that! 10natraj, 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. :)
Great work, Thanks for uploading
You're welcome :)
Is there any method to calculate symmetrical components without A matrix
great series, very useful!
Thank you for admiring our videos and we are pleased to see that our hard work is beneficial to you. 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.
This was simply beautiful.
Thank you Pamela. You might also be interested in our "Power Systems Engineering Vlog" series. In PSE Vlog, we will discuss all of the various power system engineering studies & AllumiaX's blog commentary. We hope you'll join us in this series and benefit from it. Signup now: bit.ly/33dB0MM
This is amazing, thanks
Love your explanations
It always feels good to see people enjoying and appreciating our videos. We do a lot of hard work to provide you the best possible content. Therefore, we really need your help to continue maintaining valuable work. And this will only be possible by your support. Would you like to support us in this regard? So that we would provide you with the best and easily understandable videos. Please visit patreon.com/generalpac. We are looking ahead to greeting you as a patron.
Thank you👏
This is amazing ❤
Thank you :)
Can you do this for space vector control of AC machines ? Also, an example of using symmetrical components to analyze a fault would have been good.
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
Thanks !
waiting for more
Great tutorial!
A big Thanks From my side
Thank you @Sumit. We have recently launched our brand new series on "Fault Analysis in Power Systems". Please take out a minute and check it out. I hope you will like it.
Hello sir, by manual calculation, answers are not matched, please provide the solution of vector manual calculation
Hello Vivek, Thank you for showing your interest in the GeneralPAC TH-cam Channel. We have rechecked all the calculations and found no mistakes. Below mentioned is the link of complex vector multiplication calculator. You can verify by putting all the values in it.
calculator-grapher.com/calculators/matrix/
Also, if possible please do share your manual calculations with us so that our team can help you out with that.
Hope this answer is helpful to you. Please join hands with us to expand the good work by becoming our Patron, please visit patreon.com/generalpac.
Regards
GPAC Team
I finally understand the unbalanced system and the symmetrical components watching this series, thank you for your efforts.
Please can you tel me how can I define the a operator in Matlab or Simulink ?
Hey,
You can write 'a' operator in MATLAB by first defining the operator as:
a= 1*exp(i*2.09)
where '1' is the magnitude and "2.09" is the angle in radian (120 degree = 2.09 radian) (in Matlab angle is defined in radian)
(formula for the degree to radian conversion: angle in radians=angle in degree*pi/180, where pi=3.14)
(120 degree*3.14/180 = 2.09 radian)
For more, see this link:
www.mathworks.com/help/matlab/ref/angle.html
Thanks,
GeneralPAC by AllumiaX
Got it. Thank you so much 🙏
Awesome tutorial
Thank you :)
You might also be interested in our latest Power Systems Engineering VLOG series, in which we talked about various power systems engineering topics along with a high-quality explanation. Follow the link to join this series in $9.99/month with a 30-Days FREE Trial: bit.ly/PSEVlog
Learning more from u sir..thx
Thanks for your valuable lecture
Can you also teach us if the system now is in DELTA? How can we now calculate that? Thanks.
Hi,
We appreciate your valuable suggestion. We have added it to our list of future videos.
We make intuitive and useful Power Systems Video Tutorials on TH-cam for a worldwide audience. If you find value in our content, please consider supporting us through Patreon ( patreon.com/generalpac ) so we can continue doing good and valuable work.
Thanks,
GPAC by AllumiaX
@@Generalpac Thank you so much! All your videos helps me understand different areas in Engineering.
Great work. You can add subtitles ?
Thanks! We have added in the videos after this one :)
THANK YOU SO MUCH...Bless you
Great toturial
you are rock!
I appreciate your wonderful comment. Please continue checking our latest videos on "Fault Analysis in Power Systems" and "CT Equivalent circuit"
thank you
great...
why did you use a2=-240 instead of a2=240 degrees
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although i know you stopped making videos but i subscribed since I really appreciate your great work and excellent explanation
+KaMaL Ebrahimi I'm almost ready to continue making videos at a higher rate and better quality
Hi friend, when do you make more videos?
crystal clear.. give a high voltage thank for uu :D
Hi Ruchira, 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
good
hey I think the Inverse matrix have a mistake
Yes..
It should be 3x3 Matrix.