1 Phase Power Vs 3 Phase Power | Easiest Explanation | TheElectricalGuy

Electrical energy is generated, transmitted and distributed in the form of three phase power. Homes and small premises are connected with single phase power. But most of the time you will find that, 3 phase power is more preferred over 1 phase power. The 3 phase machineries are more efficient than 1 phase. But why it is like that? Why 3 phase power is preferred over 1 phase and what is the basic difference between 3 phase and 1 phase power? So, if you want to get the answers and other details about 1 phase and 3 phase power in the easiest way, I would recommend you to watch the video.
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Created By - Gaurav J
#1PhasePower #3PhasePower #1PhaseVs3PhasePower

[@GauravJ]

Why only 3 phases? why not 6 or 12 phases? Here is my video on that - kzbin.info/www/bejne/hXzaioNprcl2rZY

[@TheDude-lr6mb]

I just love how he says "watch the veedeeouuu"

[@danieljust295]

Very clear explanation of 3 phase power supply benefits. Another is reduction of number of cables necessary to transfer the power.

[@TarunGautamGGMU]

Very well explained Sir, Thank you sharing your knowledge🙏🏻

[@Poolforce1997]

Best explanation I've heard, very well done.

[@ramyavenkatesh244]

Never heard such detailed explanation. Plz keep up your work

[@theivanithyraveendrakumar9543]

Best explanation for power for different phases. THANK YOU

[@Hongkongnyc]

Great video and extremely well explained. Thank you

[@tedlahm5740]

Very well explained. 3 phase 1.5 above peak power of single phase. Awesome explanation.

[@yonathancherkos4232]

tnk very much i was searching the whole day

[@henrysollysangma3522]

Very good. Cleared my confusion... God bless.

[@46outfit]

So wish my TAFE teacher could explain this so simply ,well done mate. Best and clearest explanation on this subject !

[@georgemartin1436]

Your explanation is very good. If a dunce like me can understand it, you have done well.

[@fcon2002]

Very clearly explained. Thank you very much.

[@anujjain3875]

Nice explanation

[@denv5221]

Love this interesting video. You seem to know and understand the things you are talking about. Very well then, this might be the best place for me to ask my questions and clear my doubts about electrical devices and parts. The R1 and R2(register), what are they used for? Collecting and storing the electric current produced by electric motors? But, what exactly is a register? Is it a device that you can purchase? If so, do they have a voltage limits? Also, my next question my not be related to this video but I carry this question for quite a long time now. So, please allow me. What is the difference between DC to AC Converter & a transformer. I always thought they work the same way. Do a transformer has a voltage, amp and watts limit? For example, if I wanted to convert or transform 5watts, 10watts, 20watts etc etc. DC current into AC. What kind of transformer do I need to use? Thank you very much.

[@savree-3d]

Great video Gaurav. Slow. Clear. Concise. Thanks for posting.

[@GauravJ]

My pleasure 😊 do share the video with your friends 🙂

[@tedlahm5740]

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.

[@billelkins994]

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. kzbin.info/www/bejne/aKrUm4Cfe7qAoqM

[@tedlahm5740]

Bill Elkins Thank you.

[@nicky6728]

Great wideo. Very helpful. Thanks.

[@chiponvali5887]

Congratulations! Very good explanations.

[@user-fp8iv6hq3p]

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.

[@GauravJ]

Thank you friend. Do share the video with your friends, so that it will also help them. 😊

[@nihalchamarasinghe6964]

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.

[@RedSpecialArchive]

Great explanation sir, thanks.

[@S_RaccoonPotatoWizard]

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/

[@MURUR1025]

Nice job. Very clear and easy to take in.

[@kesarsinghyadav5358]

Helpful video sir.thanks

[@misteresam7045]

Thank you for this useful video

[@bernardboudreau9534]

Quite easily understood. Grateful!

[@markharris5771]

I knew nothing about single phase or three phase motors prior to watching this video, thank you.

[@lintaaamir3961]

Thank u so much sir....it helped me a lot💯

[@kirandewoo5390]

Thanks a lot, got it clear. Thanks again

[@eddiew2325]

Kiran Dewoo ur welcome Karen

[@HoangNguyen-bo9ek]

This is the best explanation I have ever seen. Thank you so much

[@mkamka63]

I have no background in the electrical field and I found the start and progression of your explanation in this video helpful .

[@trailtechs9592]

Great . Thanks for the explanation. I subscribed!

[@GauravJ]

Thank you friend. Do share the video with your friends, so that it will also help them. 😊

[@Steve-wz5pz]

OUTSTANDING! Thank you!!!

[@patriotindian3759]

Very well explained.

[@sekharandivakaran]

Excellent Sir.

[@deepraj2622]

Superbly explained brother

[@sleepypantssteve7897]

Wow you really good at this man

[@trvwalmighty9577]

Great Demonstration !

[@vishalnazre6290]

Le Gaurav Tamma, you cleared my post engineering doubt🙏

[@GauravJ]

Glad to know that 🤘🏻 do share and subscribe to my channel

[@vishalnazre6290]

@@GauravJ you got yourself a sub

[@jaisvikt]

Thank you. A good explanation and your English, though accented, was perfect and understandable.

[@JingleHDTV]

Hey man where were u till now... Your explanation takes my ♥... Became ur subscriber and like ur videos... Thanks...

[@TelekineticKhai]

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.

[@alliaquino2343]

Thank you very clear explanations, hope you could provide lessons about Scott T Transformers 3 P to 1 P.

[@saisushanth2459]

It' was very understandable bro plz make video on digital electronics

[@GauravJ]

sai sushanth I'll try to..😊

[@Engineer9736]

Analog and digital electronics are two completely seperate worlds. Digital uses a tiny bit of analog electronics as a base, but from then on it becomes a whole different matter.

[@chrisnapierutube]

I asked an elecrician at work to explain this to me but you made it much clearer.

[@kurt72oct]

Beautifully Explained

[@binodranabhat341]

Excellent explanation. Quick question, if a current of 10 A flows through each phase, what would be the current in total in 3 phase ? Thanks.

[@GodsWearingBlack]

"Watch... the veedeeoh" :D Great job man, keep it going 👌

[@stakafakats]

Thanks For your video. it's really helping me.

[@Midrez79]

Best Explanation I have heard👏🏻

[@ahmadyusuf2966]

Thank you so much for the explanation. Greetings from Malaysia 😊

[@subhajyotinath7953]

beautifully explained.......i can say the best explanation ever

[@edlingja1]

Gaurav J This was excellent; amazing work. You must teach!

[@williammashele497]

Well explained it was very easy to understand

[@WesFresh1984]

These videos are awesome!

[@nannubedi7773]

Thank you sir ... Nice explanation

[@cobbinahtakyi2094]

Wonderful explanation

[@darcifraser]

Great video. Easy to understand.

[@Basic_Tech_]

Amazing Explanation!!

[@zumbatan550]

Well explained Gaurav and very helpful!

[@pwrofmusic]

Grt explanation!!

[@rohanmp-rt1si]

Thanks lot sir, for your good explanation

[@mikecubes1642]

good video, now it makes sense

[@g.a.chowdary9070]

thanks for your response anna

[@kapishrollno.38ee65]

You are truely a best teacher ❤️

[@GauravJ]

Thanks 😊 do share and subscribe to my channel 😊

[@kstringer24]

You wasted the first 1:13 telling us why we clicked the button

[@dingdong475]

kstringer24 thats why i thumbd down

[@335Mad]

Too bad no one with your accent knows the answers you seek....

[@gabrielokafor6306]

nice one!

[@iliyantharwani6951]

@@JonathanTrevatt just turn on subtitles idiot

[@noncredenti3021]

@@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.

[@Volkayne]

great video bro thank you

[@asharudheenk2881]

Thanks god bless you😍from kerala

[@MrDrewseph]

Your videos are so much better than this official tertiary course I'm supposed to be learning from

[@yalitzalyramos9886]

THANK YOU!!

[@deepdeep3589]

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.

[@irfanmohamed4356]

Plz do video about ref protection And separate how low impedance act and high impedance act

[@nahmannothanks]

Excellent. Thank you.

[@xadrez1348]

nicely explained

[@MrMadhumithan]

good explanation

[@lgugue]

Nice video! In Brazil is a mess, States electrified by GE usually have residential supplied by ~1 127V 60Hz. Normally the pole transformers output is ~3 220V, but houses has two or the three phases always used with the neutral. (three phases in a house is rare, because it is taxed as industrial/commercial supply, higher than a mono or two-phases). States electrified by Siemens and other European Companies in the past uses ~2 220V 60Hz. In those States it's possible to find high-power appliances as electric stoves, washer/dryer machines, boilers, electric showers with higher power than where the standard is 127V, for this cases appliances can't run above 1500W and electric showers must have 5kW and an overwhelmed 50A circuit.

[@D4V1D83FY]

In a 127V zones, you can use a 220V with a 3 wire service entrance, 2 phase + neutral. You can use 220V L1-L2 for high power apliances. The 127V single phase up to 8000W (63A), the 127/220V up to 16000W (63A).

[@D4V1D83FY]

127/220V for home uses is better. 220/380V is more dangerous, it's ideal for industrial appliances.

[@sheharyarmalik7399]

Sir , Please share the mathematical relationships.

[@fishbarracuda7132]

very good explanation.

[@banilrajukvtamenglong6533]

Great Explanation..

[@saad.83]

Comment 500! Clearly explained, thank you!

[@GauravJ]

Do share the video 😇✌🏻

[@saptadeepdutta5041]

What an awesome work!

[@GauravJ]

Thanks 😊 do share and subscribe to my channel ☺️✌🏻✌🏻

[@EhabAbozaid]

thank you very much ❤

[@g.a.chowdary9070]

Boss please do a video on stray capacitence

[@GauravJ]

g.a. chowdary sure..👍

[@tiannalovric3339]

g.a. chow

[@bhuvanakrishna1960]

Good information.. Thanks for these video.. . Do more videos on (Ac machines).

[@GauravJ]

Thanks bhuvana. Sure I'll make videos on AC machines.

[@Football5198]

Ac machines? Those take in electricity and put out cold air called air conditioning.

[@bhuvanakrishna1960]

Football5198 Air conditioning is the process of conditioning the air for specific application. By conditioning ,we mean , controlling the temperature, humidity of air such that they are suitable for the specific application.the air conditioning unit(air conditioner) has three main systems: ¡)Electrical ¡¡) Refrigerant ¡¡¡) Airpath ¡) The electrical system consists of motor compressor unit, fan and fan motor capacitor relay etc., ¡¡) The refrigerant system has compressor , condenser ,capillary tube etc., ¡¡¡) The Air path has an air discharge and intake grills,vent doors ,air filter etc., Which system takes Ac power ,is called Ac machine.!

[@Breslinmusic]

Very Helpful :)

[@sidharthkonapuram]

Perfect explanation.....👌👌👌👌👌

[@boomerbill8115]

Nice presentation... Good job

[@tedlahm5740]

Have watched the lesson. My burning question is. How does current (amps) ( the unbalanced portion) flow back to the center tap of the secondary winding , on the neutral conductor, when that EXACT portion of the coil is at ZERO VOLTAGE and zero amps. thank you.

[@lalsinghtyagi8135]

Wouldn't it be a great idea if we can add more loop and just rotate the magnet mechanically. That way we may get much more constant power

[@FilipTutorials]

Realy nice teaching!

[@wisdomjames2775]

Thanks for the video

[@tonylanzar919]

very Interesting Tutorials >single phase,three phase powers --electricity.//

[@GauravJ]

Do also check out other videos on my channel.. 👍🏻😊

[@mickeysingh8161]

Very well explained 👏🏻 👍🏻 Thanks 👍🏻✌🏻

[@GauravJ]

Glad it was helpful ☺️ do share the video 🙌🏻

[@mahmoudmosleh749]

nice man< but you said that the single phase power is not constant,this only applies to the generated power right? distributors (220 V) deliver constant power right?

[@Amitkumar-ur2ly]

This is really a easiest explanation video...Thank u for making such a good video

[@JMFX23]

thank for the info

[@bhosalli]

Helpful sir

[@001Rumi]

Thank you for clearing me this elusive concept thank you a lot.....lots of llive from me😍😍

[@pnrao5499]

Sir, Your Explanation is very Good. It is very useful to the Electrical Engineers I have a doubt. As the usage of Inverters are enormously increasing because of work from home for software proffessionals and online classes for the students and also as the neutral point of inverters are not being earthed, is there any return current through neutral to Electricity Board LT Lines. Please explain.

[@harshavardhansai4453]

Superb sir it is clear with ease

[@GauravJ]

Thanks. Do share and subscribe 😊