Current (amps) and Voltage (volts)start at the same time. Both meet peak at the same time. result in PEAK POWER. Fantastic explanation. Easy to understand the lesson. Thank you.
In a purely resistive circuit voltage and current start at the same time. Real life isn't that easy. In an inductive circuit voltage leads current. In a capacitive circuit current leads voltage. Calculations involve the use of an imaginary number (square root of -1). Then the man you have to remember is ELI the ICE man. ruclips.net/video/2yqjMiFUMlA/видео.html
Nicely explained. I always wanted to know what in the world is this thing called "PHASE" & not even electrical engineers could answer my question. Thank you.
what if the equipment use is 3phase but the only electrical line in the area is only single phase. the only way is to convert the single phase into three phase. so the question is, if the 75kva single phase transformer input will change the capacity when converted to a three-phase output. thanks
Same here totally agree. All my life and 2 degrees, NOBODY and NO BOOKS EVER explained to me this crucial info. What a crazy world. So thank you Electrical Guy. We love you.
@@335Mad Plenty of people with his accent know the answers... he's just too stupid to find them, and the effort of listening a little more carefully is too much for him.
Nice video sir. But I have questions : If 1 phase and 2 phase winding's is put at 90 deg how in the world the power generated is called constant? Don't the magnet NOT generating anything while rotating on 180 deg and 270 too? What happen when the magnet goes through the A1, B1 or C1? Do they generate power? And I saw some comments suggesting 4,5 or 6 windings here. While I assume 4 and 6 winding position will contradict each other because limited place in a circle, can we add 5th winding? Would that work?
In 120V countries 2 phase is very common. Some buildings and houses uses a 2 phases with neutral service entrance. The the advantage is divide total power. For example 6000W in total uses a 3000W + 3000W with 2 phases. It's allow uses a 3 thin wires. In 230V countries 2 phase existing, but it's rare: upload.wikimedia.org/wikipedia/commons/thumb/4/49/Landis%2BGyr_Z%C3%A4hler.jpg/660px-Landis%2BGyr_Z%C3%A4hler.jpg
Thank you!!! I've been trying for so long to find a clear explanation of phasing on turbo generators. I finally get it!! I tip my hat to you good sir o/
Maybe this is a very long time but if it helps here is the logic: 3 phase has 3 windings working at the same time, which are distributed evenly 120-120-120 degree making 360 degree circle. At any given point when 1 phase reaches it's highest power state (1), the immediate next would be at half i.e. 0.5, and the last one would be at 0. When you add up 1+0.5+0 = 1.5 When the coil/magnet/armature/winding moves to the next immediate place all three phases move to the next cycle but when you add up the increase and decrease of all 3 phases it will always come to 1.5
I don't get it. So, single phase max = 2P and single phase average = P but it's not constant. Two phase max is still 2P and Two phase average = 2P and it's constant. Three phase max is still 2P and average = 1.5P (7:01) and it's constant. So this tells me that Two phase power is superior at constant 2P. So at 7:01 he says Three phase is constant at 1.5P and at the end summary (7:43) he says Three phase is constant at 1.5 x max power of single phase or 1.5 x 2P = 3P. Which is it?
so if I have single phase supply I should increase my motor output capacity 3 times to reach at par with 3 phase power motor? For ex if my machine has 3hp 3 phase motor and I want to use same in single phase environment, I should take 9 HP motor? Plz explain
Why only 3 phases? why not 6 or 12 phases? Here is my video on that - ruclips.net/video/OKwYP3xdCw4/видео.html
I just love how he says "watch the veedeeouuu"
Great video Gaurav. Slow. Clear. Concise. Thanks for posting.
My pleasure 😊
do share the video with your friends 🙂
Very clear explanation of 3 phase power supply benefits. Another is reduction of number of cables necessary to transfer the power.
Well explained Gaurav and very helpful!
Thank you sir ... Nice explanation
Never heard such detailed explanation. Plz keep up your work
Very well explained 👏🏻 👍🏻 Thanks 👍🏻✌🏻
Glad it was helpful ☺️ do share the video 🙌🏻
finally !!! great explanation
Thanks 😊 do share the video ☺️
Best Explanation I have heard👏🏻
Your mission in this was to explain 1 phase Vs 3 phase easily and why 3 phase is more powerful and you have done it well.
Best explanation for power for different phases. THANK YOU
Very well explained. 3 phase 1.5 above peak power of single phase.
Awesome explanation.
Very good. Cleared my confusion... God bless.
Your explanation is very good. If a dunce like me can understand it, you have done well.
You are truely a best teacher ❤️
Thanks 😊 do share and subscribe to my channel 😊
"Watch... the veedeeoh" :D
Great job man, keep it going 👌
Nice job. Very clear and easy to take in.
Thanks For your video. it's really helping me.
Perfect explanation.....👌👌👌👌👌
Thanks god bless you😍from kerala
Very well explained Sir, Thank you sharing your knowledge🙏🏻
Quite easily understood. Grateful!
Current (amps) and Voltage (volts)start at the same time. Both meet peak at the same time. result in PEAK POWER. Fantastic explanation. Easy to understand the lesson. Thank you.
In a purely resistive circuit voltage and current start at the same time. Real life isn't that easy. In an inductive circuit voltage leads current. In a capacitive circuit current leads voltage. Calculations involve the use of an imaginary number (square root of -1). Then the man you have to remember is ELI the ICE man.
ruclips.net/video/2yqjMiFUMlA/видео.html
Bill Elkins Thank you.
I knew nothing about single phase or three phase motors prior to watching this video, thank you.
Le Gaurav Tamma, you cleared my post engineering doubt🙏
Glad to know that 🤘🏻 do share and subscribe to my channel
@@GauravJ you got yourself a sub
Great explanation 👍
Thanks 😊 do share the video 😊
Best explanation I've heard, very well done.
Mate you're a legend. I just found your channel and your videos from three years ago are better than my current lecturers hahah.
Cheers from Australia
Great video and extremely well explained. Thank you
Excellent explanation... ❤️
Thanks 😊 do share and subscribe to my channel 🙂
Good job bro 👍🏼
Thanks ✌
Good explanation👏
Nicely explained. I always wanted to know what in the world is this thing called "PHASE" & not even electrical engineers could answer my question. Thank you.
Thank you friend. Do share the video with your friends, so that it will also help them. 😊
Nice presentation... Good job
Thanks lot sir, for your good explanation
Superb sir it is clear with ease
Thanks. Do share and subscribe 😊
I have no background in the electrical field and I found the start and progression of your explanation in this video helpful .
Well explained it was very easy to understand
Comment 500! Clearly explained, thank you!
Do share the video 😇✌🏻
Great videos please keep it up
Thanks, will do!
what if the equipment use is 3phase but the only electrical line in the area is only single phase. the only way is to convert the single phase into three phase. so the question is, if the 75kva single phase transformer input will change the capacity when converted to a three-phase output. thanks
Thanks for the video
Hey man where were u till now...
Your explanation takes my ♥...
Became ur subscriber and like ur videos... Thanks...
Same here totally agree.
All my life and 2 degrees, NOBODY and NO BOOKS EVER explained to me this crucial info.
What a crazy world.
So thank you Electrical Guy.
We love you.
Your videos are so much better than this official tertiary course I'm supposed to be learning from
Great video. Easy to understand.
What an awesome work!
Thanks 😊 do share and subscribe to my channel ☺️✌🏻✌🏻
? In 3 phase induction motor neutral is used or not and if your answer is yes or no plz explain why?
I asked an elecrician at work to explain this to me but you made it much clearer.
Very clearly explained. Thank you very much.
Sir.., please explain why we are not power generating in unity or leading pf. Why only in lagging pf.
OUTSTANDING! Thank you!!!
Great Demonstration !
Ignore the haters . Your videos are awesome. Keep it up
Not sure what your comment is aimed at, but There are no haters in science; if something it's wrong it's worth pointing it out.
are nimi books good for basic knowledge in electrical and electronics
I feel like I'm playing a video game with the music and the goal is to understand what you are saying with your thick accent.
Thanks. Good lessons.
Great wideo. Very helpful. Thanks.
You wasted the first 1:13 telling us why we clicked the button
kstringer24 thats why i thumbd down
Too bad no one with your accent knows the answers you seek....
nice one!
@@JonathanTrevatt just turn on subtitles idiot
@@335Mad Plenty of people with his accent know the answers... he's just too stupid to find them, and the effort of listening a little more carefully is too much for him.
These videos are awesome!
Thank you for the succinct explanation!
good video, now it makes sense
A quick watch before class. Well explained my guy.I feel a confidence in this understanding now.
Thank you Dizzy. Do subscribe to my channel and share the video 😁🙏
Thank you so much for the explanation. Greetings from Malaysia 😊
Amazing Explanation!!
So wish my TAFE teacher could explain this so simply ,well done mate. Best and clearest explanation on this subject !
Nice video sir. But I have questions : If 1 phase and 2 phase winding's is put at 90 deg how in the world the power generated is called constant? Don't the magnet NOT generating anything while rotating on 180 deg and 270 too? What happen when the magnet goes through the A1, B1 or C1? Do they generate power? And I saw some comments suggesting 4,5 or 6 windings here. While I assume 4 and 6 winding position will contradict each other because limited place in a circle, can we add 5th winding? Would that work?
Thank u so much sir....it helped me a lot💯
Hi, the link on why the sine wave is always generated doesn't work
HI. Thanks for informing. I have updated the links. You can open it now.
I think you are wrong at minute 4. You say that you are offset of 90 degree but you show 180 degree offset ?
My comment exactly. You are correct. Many newbies watching this video and don't notice. Careful reading the comments. Critical thinking matters.
why is there only single phase and 3 phase? and no 2 phase in common use?
In 120V countries 2 phase is very common. Some buildings and houses uses a 2 phases with neutral service entrance. The the advantage is divide total power. For example 6000W in total uses a 3000W + 3000W with 2 phases. It's allow uses a 3 thin wires.
In 230V countries 2 phase existing, but it's rare:
upload.wikimedia.org/wikipedia/commons/thumb/4/49/Landis%2BGyr_Z%C3%A4hler.jpg/660px-Landis%2BGyr_Z%C3%A4hler.jpg
@@D4V1D83FY it is not 2 phase, it is split phase
is the power consumption(watts) of one phase motor more than 3phse motor?
Thank you for sharing! Ever since I had watched your Power Factor video, I subscribed you without any hesitant.
why don't we add more windings? may b 4 phase or 5 phase power?
Superbly explained brother
Thank you!!! I've been trying for so long to find a clear explanation of phasing on turbo generators. I finally get it!! I tip my hat to you good sir o/
Fantastic video ! Coming from me you deserve a novel prize, if I understood anyone can.
Hahaha.. thanks 😊 as of now you're subscription to the channel will do.. 😁🙌🏻
We can have 4phase and more?
I get it now! thanks!
Great.! Do share and subscribe to my channel 🙂✌🏻👍🏻
Best explanation
Great . Thanks for the explanation. I subscribed!
Thank you friend. Do share the video with your friends, so that it will also help them. 😊
Can you explain why is the power 1.5 at 3 phase power system?
Maybe this is a very long time but if it helps here is the logic: 3 phase has 3 windings working at the same time, which are distributed evenly 120-120-120 degree making 360 degree circle. At any given point when 1 phase reaches it's highest power state (1), the immediate next would be at half i.e. 0.5, and the last one would be at 0. When you add up 1+0.5+0 = 1.5
When the coil/magnet/armature/winding moves to the next immediate place all three phases move to the next cycle but when you add up the increase and decrease of all 3 phases it will always come to 1.5
Congratulations! Very good explanations.
excellent video
Thank you 😊 Do also check out my other videos!!
This is the best explanation I have ever seen. Thank you so much
Wow you really good at this man
I thought power is 1.732x or root 3 and not 1.5x for three phase?
Can I get 120v from a 3 phase panel
Confused a little. How is peak power an average with a single phase but not with 2 or 3?
Realy nice teaching!
what will happen if we use more windings
I don't get it. So, single phase max = 2P and single phase average = P but it's not constant. Two phase max is still 2P and Two phase average = 2P and it's constant. Three phase max is still 2P and average = 1.5P (7:01) and it's constant. So this tells me that Two phase power is superior at constant 2P. So at 7:01 he says Three phase is constant at 1.5P and at the end summary (7:43) he says Three phase is constant at 1.5 x max power of single phase or 1.5 x 2P = 3P. Which is it?
But at the end household we use one phase and neutral then why transmit and distribute in 3 phase?
Great veeedeo! Serious.
how the waveforms of instantaneous power of each phase in the 2-phase system are continuous even though the voltage waveforms are not ?
Very clear explanation
Excellent. Thank you.
so if I have single phase supply I should increase my motor output capacity 3 times to reach at par with 3 phase power motor? For ex if my machine has 3hp 3 phase motor and I want to use same in single phase environment, I should take 9 HP motor? Plz explain
Single phase which we use upto below 1000 watts below if ex 0.5 hp motor 0.5 x 745= 373.5 watts it is used 1 single phase
Nice video
Excellent explanation! Thank you.