Power Factor Correction Calculation in a Three Phase Circuit

[@jacquesbuzurora599]

very smart,ingenious🙏🙏

[@ilikedirt250]

After a few years of not doing these calculations I find this brings me right back into the classroom. Really nice videos to keep the edge sharp. Thanks!

[@ZackHartle]

Great to hear!

[@seedsoutdoors3721]

i dont see the link for the wye connected video

[@jacquesbuzurora599]

so,what could be,if those capacitor are in STAR CONNECTED,HELP TO ANALAYSIS OF CIRCUIT LIKE THAT,THANKS.

[@White_Hearted_Angel]

Nice example!

[@medolab-e3n]

Thanks for the video. How do you know that they are lagging VARs?

[@jackalinthebush]

motors are inductive

[@ZackHartle]

Exactly. inductors always cause the vars to lag.

[@yamanappae3095]

Heartly thank you 😊

[@loudhawsgaming2711]

thanks for this bud!

[@andrekruger108]

How did you get your IL = 18.3A, and in green is it VAr instead of VA?

[@ZackHartle]

Just using the same formula that we use through the whole video. Iline = S / (Vline x Root3). In this cause because it is purely capacitive the VA would equal the VAR, sot hey are the same.

[@eurotropia]

You! Mastermind! :D