#12 Synchronous Generator - Operating alone

[@muhammadashikurrahman8367]

thank you varun sir ...you saved my life for multiple times.

[@mohitsoni7545]

that was an amazing explanation , thankyou so much

[@ElectricalisEasy]

You are welcome!

[@akhilavemulapalli1547]

sir in this video the concept of V being more is clearly understood.. thank you .

[@ElectricalisEasy]

Awesome..

[@umermehmood3621]

bhaii kabhi bnana bnd mt karna Ap Jiyooo Hazarooon saal

[@mdasaduzzaman152]

Thank you sir .From Bangladesh.

[@ElectricalisEasy]

Glad to be of help..please also do consider sharing the videos if you have found them helpful

[@MdAnik-og5sw]

Grateful to you, Sir

[@bassantkareem6768]

Thank you sir from Egypt

[@ERVOZY]

very important video

[@larrydurante6670]

In leading load case it looks like the j Ia Xs could go to the left of original Ea and still hit the locus of Ea. Why is that now a possible mode of operation ? Thank you

[@chassayegi9403]

very good lecture series

[@ElectricalisEasy]

thank you so much, please also consider sharing the videos with your friends and anyone who might find them helpful..

[@ElectricalisEasy]

thank you so much, please also consider sharing the videos with your friends and anyone who might find them helpful..

[@aniketsrivastav3300]

In leading condition why don't you extend the jix drop in left side .it also could be touch the locus of Ea,i mean why you extend it only right side

[@RizwanKhan_99]

exactly mt question

[@Govi-c5p]

Nice sir

[@gustavomarcelo7250]

Sir. Does Ea assumed to be constant valid in actual machine operation?

[@shahabuddin1289]

Brother I have a question, why the value of Ia increase with the increase of load values

[@rambinaykumar4437]

I mean if inductive or resistive or capacitive load are connected across Synchronous den wat will be effect on power factor of synchronous generator .Also If load increased den wat d effect on power factor of synchronous machine

[@swatantrakumargupta2283]

Sir, in which lecture did u explain about salient pole alternator?

[@chassayegi9403]

please make videos on induction motors as well

[@ashokkumarsinghyadav8093]

Sir lagging load demand +Q and produce -Q i am confused 🙏

[@mr_indian_scientist]

Sir is this lectures are enough for gate?@electricaliseasy

[@qaz1234ism]

Sir when we draw for capative load u move the jIaX phasor to the right side but Ea is not constant so u move the phasor left side... My question is when u move the phasor to the right side if u further increase the phsor till locus then Ea is constant.... Why u couldn't increase phasor till locus then u say Ea is not constant... Clarify this doubt sir

[@ElectricalisEasy]

you cannot increase it just so that you touch the Ea locus, the concept is at a particular value of Ia so so by a particular valuy of jIaXa

[@aniketsrivastav3300]

And as you show in that example in lagging case when I increase therfore ix drop increase and therefore terminal voltage decrease

[@aniketsrivastav3300]

So my question is when ix drop increase it causes decrease the terminal voltage wheather any type of load either leading or lagging

[@yogeshgupta4577]

Aniket Srivastav so yes it’s decreasing only. For leading load only it gets increased.

[@nimmalapudi27]

Hi Sir - Is it possible in real time to keep loci of Ea constant(lag load) with increase in armature current? Thanks for posting your great lectures.

[@aryanzee3072]

Can You tell me how IL(load current),Ia increases when load increases?

[@prasanthrajumanikonda]

Ea is independent of Ia....so it will be constant on basis of field current and speed....where as the terminal voltage will change due to more armature reaction(Xs) and more IaR drop

[@prasanthrajumanikonda]

@@aryanzee3072 an increase in load can be imagined as increase in resistors operating in parallel whose equivalent resistance will be decreased and thus line current increased

[@daviduday1790]

@@prasanthrajumanikonda Tq, it cleared my doubt too

[@muzammilg1006]

Thanks sir

[@sikendersingh4458]

Upload plz parallel operation synchronous generator

[@ElectricalisEasy]

Coming soon...

[@rambinaykumar4437]

Plz upload on power factor of synchronous regarding load

[@ElectricalisEasy]

Power factor of synchronous regarding load??? Can you please elaborate...

[@aniketsrivastav3300]

Pls sir answer me

[@muhammadkhaisma9489]

I think You should rename your channel as Electrical is as typical as not been imagined by anyone. Try to give a broader sense of these concepts dude