AC Power Supply System

[@zubair1411]

Can someone explain how can a person teach so good... Signals, digital, control and here power system... That too with neat and clean explanation. Thank god u have blessed me with Neso Academy...

[@crazyindian4650]

few more like neso academy , and whole business of coachings will come to end.. you really did a fab job bro..

[@KarthikReddy-tkr]

The potential of neutral wire is zero.Then how current flows in birectional i.e.,ac

[@KarthikReddy-tkr]

Could you say me please

[@amrrasslan4329]

i am really a big fan of you sir .you explained the digital electronics flawlessly and now power systems hats off to you sir and the team behind this .

[@abbashussain9970]

One of the best n easiest explanations any one can give..... Salute to sir

[@jacksonlimande6216]

Best explanation ever

[@NIK-el3qy]

Just 18 min vdo but I must say sir u clr all concept which I don't understood in my entire engineering! 😇

[@NIK-el3qy]

Sir, how to recognize generation, transmission, distribution part?

[@clementj789]

This is just amazing. It is helping me a great deal. I'm studying electrical engineering, now in my third year (5 years course). You're helping me a great deal. Could you please advise me how I can be a power system engineer? Could you also recommend me some software programs I'll need in my field of study? And what I need to master?

[@khristianss]

Gracias! Saludos desde Chile.

[@JashRupani]

can i transMEET you, u were awesome in this video!! Thanks for teaching this concept !

[@lucasschmiedendorf2669]

This was an excellent video and really helped me understand the basics of power transmission and distribution.

[@dipakchoudhury3149]

That was simple yet so informative

[@arpitchowdhury4080]

many times i noticed load shedding in my house but my neighbour's house had power. i didn't know the cause until today, thank you

[@mohitawalekar]

effectively explained sir !

[@ericowino7846]

fantastic. am studying power engineering and i really like your explanation

[@ravidassonkamble2005]

Your lecture...much benefit..to everyone

[@varunbhandari9637]

Very well explained!

[@fahymn8175]

Please make videos on control system as well. Too good. 👍

[@goyaldeekshant]

Very nicely you explained, daily life transmission of power.

[@sanjitekka962]

Thanks sir This video helps me a lot

[@waniubaid7718]

Sir ...what a way of teaching... excellent....♥️♥️♥️♥️♥️...

[@EliEli-xf5vz]

top, simply awesome, thank you! i hope that more and more complex ideas will be explained in accessible way

[@mamatha_999_9]

Thank u sir... Ur explanation is excellent.

[@husseinshutari5209]

thank you so much, actually your manner is very wonderful. some things else, could you explain one lecture by your manner about per unit system, what does it mean and some examples how to solve a practical problem in term of per unit system.

[@keanchoung3153]

thank you for your good lesson

[@akengineeringconsultants8131]

Excellent!!! Best ever lecture..

[@hasibcheragee8329]

thanks for your clear explanation

[@guledfarah9600]

You are really amazing and thank you very much!

[@pankajpal399]

these video so helpful thanks for this

[@surajbhushan3596]

Thanks sir please upload next video as early

[@saddubhaiii]

Excellent teaching it is!

[@againstreservation657]

Excellent Man!

[@henryg940]

Well done very good example!

[@saurabhpatil4323]

Much useful information thanks

[@onlineshoppinghaul3481]

Sir plz upload some more video related to power system

[@h_peiris8534]

great lecture sir. can u upload remaining vidoes

[@atulpatil5908]

Important point didn't mention ,,,connection of generation transformer ,transmission transformer and distribution transformer

[@pavanwakekar6374]

Thank you so much 😘

[@waniubaid7718]

Sir upload videos on power electronics ..

[@jackkrieger9150]

Great video.Very nice explanation.

[@hackerslayer666]

Thanks so much for the video

[@shoikothassan4422]

Nice sir..respective salute to you

[@sandipprajapati4689]

Superb video very easily understand good

[@sandramurali98]

For three phase load is'nt it necesary that the connection should come from three live wires and the neutral just like for single phase load is connected to one live wire and a neutral wire?

[@poojarani-kg4vm]

thanku

[@MyLife07]

thanks for the lesson. is there any way when i can recognize transmission part without looking at the diagram?

[@sp___2]

Yes there will be only phase wire no neutral wire

[@vinaysahu4762]

Sir please upload all lectures of power system

[@daniembugua8514]

nice lecture ..big ups

[@abdulqadeershah6400]

Informative and easy learning (y)

[@ahiaali9775]

Thanks mate helped a lot!

[@rajendrasinghchundawat8505]

Superb dear Great explain more video about sub stations ht power please

[@rohitSingh-uq6ng]

I want the lecture of microprocessor . Can u get this or not ... Plzz do it

[@bharatibhogunkar157]

super sir it's so help full 👌👌👌

[@pranjalbarman2690]

most helpful video

[@kalpendrasingh183]

Great job sir. We are paying lakhs only for attendance

[@maheshjanu7837]

Please upload all the videos of power systems

[@longwesandless7632]

Please make videos on transmission and distribution numerical problems

[@shrutimukherjee8378]

Thnku😄

[@sanjitkumar-ft3sz]

Sir. please upload all power system videos

[@Anul21-5]

Fantastic

[@guddubabu1724]

thank u so much sir

[@ArjunKumar-pp9jy]

please upload videos for full subjects

[@WajidAli-jx5ks]

Plz complete the course

[@akshaybose9159]

Thanks sir

[@goanvlogs5432]

What is the main purpose of neutral wire?

[@newera653]

Please make videos of all portions

[@zubair1411]

I note down each and every word that u say...literally it feels like the standard book is speaking....

[@AnkitKumar-bb1fq]

Same here

[@mounikamonu5298]

Please upload remaining videos of power systems

[@tnpscaddiction9481]

Well explain

[@lavanyamr515]

in generating transformer u step-up the voltage so that the current value got decreased and loss also decreased but further u r stepping down the voltage so that v decrease and i increase to maintain constant power so as i increases does it lead to i2r loss?

[@congee9417]

@nesoacademy What's the use of power and generator transformers. Also how are they classified? I can't find those resources on the internet

[@anshulkashyap7997]

Sir in 11.00 part of this video. Why in that case the voltage increases results into current decreases . As the voltage is propotional to current according to ohms law. Explain please?

[@goyaldeekshant]

How people decide, they will connect their home to R or Y or B phase. How can we see it by looking at transmission line , infront of home.

[@nihalpavar6912]

Very good

[@nerdysophie]

Huh, thanks for the voltage type.

[@shebasmily]

Near 7:40 p=i^2R true but p=v^2/R is also true so if we increase voltage and since R is constant so ain't power dissipation will be more. I know the ans but why and how ☺. Pls reply if anyone knows

[@tab5668]

ShEbA sMiLy same dobt

[@saidutt5167]

acc to ur 'v' it must be pot diff between the sending and receiving end...not only of sending end.Mind that p=v^2/R is loss only when 'v' is pot diff across the resistance(R).

[@keanchoung3153]

can you tell me about auto- recloser operation ?

[@seanarriate5089]

I am assuming based on the load end that the generator at the generating station is star

[@bipinjha2543]

What is highest primary and secondary distribution voltage?

[@chrajasekhar8545]

Sir why in india the ac voltage is constant ie; 230v, 50HZ, what happens if the frequency or voltage changes?

[@varshapaliwal7464]

Sir what is the means of phase in electricity or electrical engineering

[@geetanjali1289]

Sir plz provide electrical machines classes

[@nileshbirari2680]

All is nice

[@jy1275]

Sir may i ask if there is a standard distance between lines of a transmission line...

[@maheswari653]

Please complete the subject sir

[@SWETAKUMARI-qg4bx]

nice video sir

[@surajPatel-pb7no]

Do more videos sir

[@akankshahemangi]

Why are we stepping down the voltage while transmission?

[@dheerajojha5974]

Sir why have you stopped making videos regarding power system... Plz cover complete power system... Plz

[@KEYPHYSICS]

Why supply points at home doesn't alter though power supplies is altering?

[@mustafaaliabd3021]

can i get the playlist please ?

[@salmaaga9167]

Sir plz upload , gate eee lectures

[@rohansoni6335]

I have a question when we are stepping Up the voltage by using step up transformer the energy transmit to 11/400 kv but at the receiving end next transformer we received 400 kv energy so why so much energy waste in stepping up at previous transformer. The energy can be transmit at 220 kv even if we include IIR loss there is much energy.

[@MyLife07]

its 400V not KV

[@rohansoni6335]

sharaban tahora it's kv

[@navneetkumarsabre7275]

hi. thats a great question. in my opinion the power are dropping gradually not directly because....... 1.if power drops directly then rating of transformer is very high and the losses of transformer increases. 2.transmission lines needs to maintained. high power is flowing through it over long distance leads to higher losses. 3.if we done that what u had thought so might be we save loss in energy,but simultaneously cost of the system increases drastically. see i may be wrong. but i think this is the best suitable answer which i have.:)

[@guddubabu1724]

please upload all power system vidio

[@aiefa_for_future]

pls upload power system cgapter by chapter

[@saqibsalahsaifi2321]

Sir why we don't step down 400kv to 11k directly in the transmission region??....

[@sauravnagarkoti2559]

sir 33kv is a transmission line or a distribution line? very confused

[@CryptoStarBeta]

Distribution line

[@sauravnagarkoti2559]

but I think it comes under secondary transmission

[@kamrankami2575]

primary distribution

[@RAKESHSINGH-ww1pc]

3 phase voltage is how many ?sir,please leply

[@koppulasridevi7621]

Why u have taken the transmission part along that much of length only????

[@ELECTROMARINEMANIA]

🎉re start studies after mtech

[@rupam9423]

Cant we have only one substation ? as one station is enough to step down that large voltage installing a transformer of that much capacity.