Active, Reactive & Apparent Power | You’ll not get an easier explanation than this| TheElectricalGuy

Knowledge of Active, Reactive and Apparent power is must for every electrical engineer, but most of the time we end up with confusion in this topic. So, you want to make basics of all these powers I would recommend you to watch the video. It's the easiest explanation you'll ever find and it's now with improved audio and visuals.

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[markleonhardt]

I have been in the electrical engineering field for over 30 years, this was the most straightforward explanation I have seen. Well done.

[ExcitedRoboticArm-veml]

The best explanation I have ever seen.I am a EEE student, I watch your all videos which are awesomely awesome. I want a video about "The working principle of three phase induction motor with basic". May Allah give you long life brother.

[extremejobs]

This is the best explanation of active, reactive and apparent power that I ever saw or hear. Thank you for this and other explanations on your channel. Please continue in same manner.

[mdakramali]

being an indian am proud of you bro.. really very good explanation iam going to suggest my all friends to watch your videos... god bless you bro.

[csri]

great presentation. I wish I had these videos on the Internet when I was going to school!? we spent countless hrs trying to understand this concept but with no one to explain correctly. students of electrical engineering are luck these days. keep up the good job!

[luistimana]

Thanks for sharing your knowledge. There are two mistakes.
Min. 6:35 - active power has a different shape A*(sin(theta))^2
Min. 13:25 - a power factor of 0.8 means: 80%=active power, 100%=apparent power, (apparent power≠active power+reactive power; apparent power^2=active power^2+reactive power^2)

[LouKhobor]

Just awesome explanation sir.I completed my B.Tech Mechanical and Geaduate Marine Engineering but i clearly knows the thing after watching this video.Hatsoff to you sir

[grabitgo]

This kind of people have the potential to change the world!!🙏🙏

[mustaphatijjanimuhammad]

with this types of great videos, i dont have to attend class for lectures, i will only attend class for exams and C.A cos my lecturer is right here in youtube.

[santoshparajuli]

The beer analogy has nothing to do with reactive power; though people use it most often. Now I understand the true meaning of reactive power. Thanks Bro !!

[patrickjacobsen]

This is such a good explanation. You've managed to condense 60 pages of textbook into less than 15 minutes thank you sir

[razzthokhee]

Despite of being in the field for a year, no one could ever explained in such a detailed way, thank you soo much sir, well done👍🏻👌🏽

[johnmoor]

At last a clear explanation. Thank you.

[checkthisout]

Great video but gotta say that capacitor and inductor are linear elements unless their c and l values vary over time. That's because C=charge/voltage and L=flux/current which are linear relations. They can only alter the phase but not the frequency of the input. That's why you get a constant impedance when you divide voltage by current.

[engenhologia]

This is the first time that I really understood active and reactive powers, thanks so much!

[radiowqa]

So very clear! Wish my EE profs had walked through this on day 1 in our Power class. Thank you...

[Prof-Tarek-Tutunji]

I had 10 minutes to understand the basics of active/reactive power. This video did the job. Thank you ElectricalGuy

[shaikrashida]

I had searched this topic and watched many videos but still not understood this video is crystal clear explanation...now i understood
thankful to you sir ....

[reverseengineering]

Though I'm mechanical engineer but as working in powerplant and being a power engineer we have to understand the power systems behaviour....best video

[rishabhx]

This is brilliant video for every student who has doubts in this topic. Extremely well explained 👏 👏👏 👍 🙌