Power factor explained | Active Reactive Apparent Power correction
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- čas přidán 10. 02. 2024
- #powerfactor #realpower #reactivepower
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Unlock the secrets of power factor correction and optimize energy efficiency in AC circuits with our comprehensive guide! In this video, we dive deep into understanding power factor and its impact on energy usage. Discover how inductive loads affect power factor and why addressing them is crucial for reducing wastage. Learn how to calculate power factor and identify the need for power factor correction to enhance efficiency. Explore step-by-step instructions for implementing power factor correction by adding capacitors in parallel to the circuit. Follow along as we demonstrate calculations to determine the ideal capacitor size and capacitance for optimal power factor correction. Get practical insights into implementing power factor correction techniques, including the installation of a capacitor bank. Join us on this journey to improve power factor and unlock greater energy efficiency in your electrical systems! Don't miss out - hit the like button, share with your friends, and subscribe for more educational content on electrical engineering topics. Boost your knowledge and efficiency today!
These kind of lessons and explanations proves how outdated the actual educational system is. This was awesome explanation Professor! :D Thank you sir!
Glad you enjoyed it!
❤️❤️❤️🫶👍✊
@almendronman, shut the f up. While MAD Prof channel is doing an amazing job of visualising these concepts.
These were all developed and used by millions of ppl for more than a century. Humans are curios, have the capability to read books think and visualise it mentally and build systems. Don’t blame the education system if you are too fucking lazy to put the effort to read books and assimilate it.
These are taught to every physics major / electrical / electronics engineer and there are amazing books.
Read Basic Electronics by B Grob, Lectures in physics by RP Feynman or Electronics Devices by Boylsted and Neshlsky.
👍
As far as I know, single phase motor, use a capacitor for starting, then when the motor running, does the same capacitor shift its function and serve as a power factor corrector ? thank you.
I've been studying power factor for 40 years and this is literally the best educational piece I've ever read ❤
what lol
thats too much time
And you don't know the difference between power factor and cos phi ??
In the 70's pf was equal to cos phi
I cant understand why the others ive watched don't explain the topic like this, they'll jump straight into the power triangle out of nowhere. I wish All explainations could be this simple, thorough and effective
This explanation helped me eliminate my curiosity about VAR and PF, thank you Prof.
May you and your family be given health.
This is the most crystal clear explanation i've ever seen! Thankyou and keep up the good work Prof MAD!!
One of the best lessons about this topic ever, on the whole Internet! Thank You. 👍🏻
Wow, thanks!
Real teaching for our minds. Bravo from Greece
This is by far the best explanation I have ever seen for this. Thank you so much.
Wow, thanks!
I'm an electrician in a field where capacitance, induction, power factor calcs aren't a large part of my daily work. Its a lightbulb moment to have them explained in such a clear way. Thanks
Thank you🥰. I'm now a graduate in PF and PF correction
Very clear and professionally done . Todays educators need to take pay attention to how it needs to be done .
The best explanation i have seen about this.
Man you are the silent legend. Not all the people in the world knows silent legends but once they know they will be never forgotten
This video deserves 1million views!
Thank you ❤
only video on this topic i could understand. Others focused on equations rather than applying the concept. Thanks so much
AWESOME explanation for a beginner. TRULY. I also love the simple statements on how using the effects caused by other components to compensate for others.
Incredible explanation, the best I've ever seen!
Give this man a medal 🥇👏🏻
The formal education industry looks so archaic and still in the dark-ages compared to now readily available presentations to the masses, like this one.
Thsi video explains in simple math terms and demonstrates visually how to calculate Power Factor and what it is. Thanks for clearing this up for me. Excellent info for electronics hobbyists.
You're teaching very well than our university lectures !!❤️❤️❤️
Glad to hear that
I can't remember how many times I have to rewatch this video 😂. anyways such a great video 🎉🎉🎉🎉🎉🎉
Great sir.Do it. God bless you for your unique way of knowledge transfer
I went to college for years to understand this and you did it in a few minutes with this video..!!
I have never understood the meaning behind the RLC circuits and power factors in our class until I saw this. Thank you.
Very clearly explained without skipping anything important
EXACTLY! Other videos forget to mention that in phase power consumption is positive (good), and out of phase negative peaks are bad. I couldn't wrap my head around that!
Best video explaining PF ive ever seen. Great job
Subscribed!
That was one of the most concise explanations on this subject that I've EVER seen. GREAT STUFF! 😊👍👍👍👍👍
Real and clear explanation of the power factor ever the interrelation of the formula is comprehensible
It's insane how clear you make the topics while my lecture professor spews nonsense for 3 hours. Thank you so much
I thinks this type of explanation will change the world. Thanks so much professor !!!!!
Really the explanation took me to the memories of my first Year of Diploma in Electrical Engineering (1985). Very nice explanation and I subscribed.
i've been 3 hours spended for learning about power factor, but your video was amazing. Thank Youuuuuu
The animations are brilliant! Thanks for making it easier to understand!
THANKS ! This cannot be explained better!! Well done !
Glad you liked it!
Best explanation of reactive power and how it is caused thank you sir
What a great refresher. Thank you.
The best way of explaining power factor ; Thankyou
Just wow. This video removed my all confusion.
Thanks a lot, the clearest explaination I've come across of Power factor and how to increase it 🙏
Best lecture regarding power factor. Thank you!
This was beautifully explained .
Thank you!
Outstanding explanation! Great video!
Great video. Super easy to follow and understand. Great work. Thanks
Good Educator. Easy understanding.. Awesome👍
Absolutely brilliantly presented info!
Excellent explanation with Graphic animation and step by step approach. It's awesome; that reminds me of school days n my physics teacher who used 2 different colours chalk pcs together on black board, with minimal facilities during mid 70s of 20th century.
Thank you so much
This is the very best and a very professional explanation I've ever found in my three decades career in electrical . Thank you Sir.
Wow, thanks!
Thanks, Prof., for your enlightenment.
Thank you mom for sending me to english classes when I was a kid and now That I am an university student I can understand this great explanation
one of the best lesson i have ever seen on this topic thanks
I'm so happy that this kind of videos exist. Kudos to you sir! I hope you further create electrical videos in order to educate us.
Thanks prop. For expanding my knowledge.
Really marvelous! And one of the best I have ever seen. Thanks
sir your knowledge is one step ahed of every other. sir your way of teaching is also one step ahed. i learnt in 1 vedeo which i didnot in 4 year btech. sir this shows the importance of a good teacher /professor. sir god bless you.have a nice day.
Beautiful done. Loved your presentation style.
I still vividly remember the first network analysis class where this type of problem was solved. Though it was solved fairly quickly on black board, it took me couple of hours to figure it out completely later in the day. It was a fun class.
Thank you!!!simple and brilliant!!!
Super sir, To understand I took lot of time. I work as Technician in Bangalore
The best explanation I've never seen anything like it before ❤
Very well explained! Great job.
Thank you so much... Now I really understand what I have been computing during college days...
Excellent ! No PhD ( Philosophy Doctorate ) required. 😮
Thank you for sharing your knowledge and understanding. It's a good refresher.. ❤
You really explain it clearly,,..now I understand,,..thanks ❤
Thank you.
A work of Art.
A work of Electrical Art.
Thanks, again,
Gregory/
The Pigeon Meister
You are the ultimate explainer ❤
Thank you so much, it's an amazing explanation! impeccable!
Outstanding explanation about power factor.
Thank you so very much. I didn't know it can be so clearly explained.
Excellent explanation. Thank you very much.
The best explanation ever
Well explained. Bravo from Uganda
The best tutorial explains ❤
Great lesson. Thank you, and bravo from Croatia.
Many thanks!
This is the best explaination I have ever seen. Did spot a minor typo error in the formula to calculate the "Reactive Power (Inductive)" at 19:08 in the video. QL=I2XL. When you plugged in the values, you are showing 1.410 volts squared. This should be 1.410 amps squared since the formula is squaring the current and then multiplying by the impedence of 60.319 ohms.
Really well explained and demonstrated.
Thank you, it's clear and understandable
Great presentation! My understanding is that for Min Impedence (Z); XL should be equal to Xc 🤔
I think I would need more development on the reason for Xc to be 120.080 Ohm instead of 60.319 Ohm like we have for XL. Thanks and have a nice day,
Good refresh for an electrician
Really solid content, good work!
well done. easily understood.
Dear Professor 🙏. It's the 1st time i had watched video from Patreon. It's mind blowing, i subscribe with bell 🔔 ikon immediately.
Thank you so much 🙋♂️🙏🌷
Great quality video, sir!
Superb Explanation. I share with my student in Lectures
excellent explanation, bravo!!
Excellent explanation about pf thank u sir
It's not correct to state that the released energy does not go through the load. It is simply released back into the circuit and will go where ever the circuit configuration will channel it. That's important precisely, because the load will "feel" it.
Thanks for your comment because I sas a Little bit confused by this point in the video.
Thank you very much Prof. 👏👏👏!
Watched several times!! tks!!
Really , excellent explanation. Thanks a lot.
FOR EVERY CZcams-VIDEO THERE IS AN AUDIENCE, NO MATTER HOW MANY TIMES THE SUBJECT HAS BEEN DEALT WITH ON CZcams BEFORE. SO THERE IS ABSOLUTELY NOTHING NEW CONTENT-WISE, BUT I LIKE THE STRUCTURE OF THE VIDEO. Well done!
I wasn't looking for any heart(s). For that I use other places than CZcams.
Best explanation ever thanks
Excellent explanation..!
Great Video.... I'll use it in my Basic Electricity class.
Thanks! It’s really helpful
Sir amazing explanation. Bug salute
Really good. Thank you professor
I'm a professional engineer, I approve this video lol 😅. Jokes aside this is a perfect explanation. 👍 From a PE.
Very interesting and informative thank you.
At 5:20 explains the energy in the magnetic field is flowing back at voltage decrease... This is the feature used in the controllers for brushless motors to detect the rotation direction at startup..