🔥 Want to become a power systems expert? Our ALL IN ONE Bundle offers 11 courses for only $99.99! Don't miss out on this incredible opportunity to level up your knowledge. Enroll now! 🔗 bit.ly/ALL-IN-ONE-POWER-SYSTEM-BUNDLE
Hey Tony, It is a wonderful feeling to know that our content is being appreciated and liked. 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. :)
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.
Hi Lam, Here's another way to understand it: As you know, from the equations given in the video, we can also write the equation of power (Sbase) as ; Sbase= √3*Vll*IL From the above equation if we divide Sbase with √3 and Vll (Line to line voltage, then we can have IL (line current), that is: IL=Sbase/( √3*Vll) And, as we know: Vll= Vbase IL= Ibase The above equation becomes: Ibase=Sbase/( √3*Vbase) Hope you find it useful. Regards, GeneralPAC by AllumiaX
YEAR-END SALE: Up to 95% OFF: bit.ly/power-systems-courses As 2023 comes to an end, it's time to take a breather and reflect on your journey this year. This isn't just about recognizing your wins and bumps in the road-it's also an opportunity to identify areas for growth, particularly in your learning goals. Lucky for you, our BIG END-OF-YEAR SALE is here to support you in achieving Your goals!
🎁 Enter the Thanksgiving Power System Pack Giveaway with your email! 🍀 One lucky winner will receive the Power System Fundamental Pack on November 23rd, and ALL participants get a FREE top-selling course. 📚 Sign in: bit.ly/thanksgiving-day-2023
98% OFF | EARLYBIRDS DISCOUNT Sign up for our newly launched courses at 98% OFF. New video releases will be scheduled on a monthly basis. Grab this opportunity before it ends. bit.ly/earlybirds-discount
🔥 Want to become a power systems expert? Our ALL IN ONE Bundle offers 11 courses for only $99.99! Don't miss out on this incredible opportunity to level up your knowledge. Enroll now! 🔗 bit.ly/ALL-IN-ONE-POWER-SYSTEM-BUNDLE
Can the subtitles be trimmed off?
These videos are really helpful! I wish my professor explained this topic this clearly when he lectured on it. Great job
The caption was disturbing the video, it was not allowing someone to see what is being taught.
This video was so valuable
Glad it was useful to you :)
Thank you so much! Contents are great
Thanks! You really did a good job
Hey Tony, It is a wonderful feeling to know that our content is being appreciated and liked. 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. :)
You make the best videos
My pleasure! You might also be interested in our Power System Fundamental courses. Get started with FREE courses here: gpac.link/2GO6m4X.
do u have a delta connection version?
thank you sir
Remove the subtitles next time bro...RUclips puts them for you
Love from INDIA ❤️
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.
how about per unit fault calculation on single phase system?
still not clear how I base 3phase has square roots of 3 in denominator when Vbase is already V L-L ?
Hi Lam, Here's another way to understand it:
As you know, from the equations given in the video, we can also write the equation of power (Sbase) as ;
Sbase= √3*Vll*IL
From the above equation if we divide Sbase with √3 and Vll (Line to line voltage, then we can have IL (line current), that is:
IL=Sbase/( √3*Vll)
And, as we know:
Vll= Vbase
IL= Ibase
The above equation becomes:
Ibase=Sbase/( √3*Vbase)
Hope you find it useful.
Regards,
GeneralPAC by AllumiaX
Bro you didn't need to give captions they're coming in between the formulas it's really annoying
YEAR-END SALE: Up to 95% OFF: bit.ly/power-systems-courses
As 2023 comes to an end, it's time to take a breather and reflect on your journey this year. This isn't just about recognizing your wins and bumps in the road-it's also an opportunity to identify areas for growth, particularly in your learning goals. Lucky for you, our BIG END-OF-YEAR SALE is here to support you in achieving Your goals!
🎁 Enter the Thanksgiving Power System Pack Giveaway with your email! 🍀 One lucky winner will receive the Power System Fundamental Pack on November 23rd, and ALL participants get a FREE top-selling course. 📚
Sign in: bit.ly/thanksgiving-day-2023
98% OFF | EARLYBIRDS DISCOUNT
Sign up for our newly launched courses at 98% OFF. New video releases will be scheduled on a monthly basis. Grab this opportunity before it ends. bit.ly/earlybirds-discount
Turn off the subtitles, annoying
Slow down, my friend...
Try Playback Speed of 0.75.