L9: Types of DC Exciter | Alternator | Synchronous Machine Series (Hindi)

[@Parmarsirkicheli]

I was searching this type of video... In which all the information about excitation system has been covered.... And finally I found this... No bakavaas only to the point u make me understand

[@elect_34_adiveshvinchurkar50]

Love you brother. No one has taught this topic as clear as you did it. ❤

[@ALOKKUMAR-ln1oy]

U demonstrate things very smartly and clearly so that anyone can understand easily and quickly....thanks a lot for the lectures ❤❤

[@rustamansari8112]

You deserve 10 million subscriber You have awesome teaching skills

[@dee309sammansaha6]

Sir your explanation is so good that i am able to explain this topic to any other of my friends. Thank you sir ❤️. Love from bengal

[@souvikakhi2866]

Best conceptual channel...

[@shaileshbirajdar1963]

you deserve millions subscriber's 👏👏

[@sohamnath2004]

sir you are God .... one of the best concept building of Electrical

[@rajlaxmiprajapati469]

Awesome awesome awesome crystal clear concept 👍👍

[@patakotisrinivas1918]

What an excellent explanation sir 👍 👏..thanks a lot...

[@rasmiranjanparida5941]

Well come mastarji

[@jjsingh1256]

बहुत अच्छा से समझ में आया सर । धन्यवाद सर‌

[@imSurajsingh24]

Sir , Your Explanations are just awesome ❤️

[@dee309sammansaha6]

Really man ❤️

[@Juyal_K]

Very elaborate explanation

[@abuthahertusar9727]

bohot assa laga bohot esy se samjaya ap sir ❤ Make MORE vedio like this

[@jatinkumar4148]

Thank you sir for the ueful information. It is the most understandable lecture i found on this topic.

[@smday2076]

It's very helpful. Nice. A-0.1m2 ,100 turn, 1/2 regulations speed, : & 0.01T rotation Aaksh 90 angel .so generate emf? Sir, please solve.

[@Krishna-e7q7w]

I enjoy your every lecture sir...i have never being boor...🎉🎉🎉🎉 😊😊 thank you sir.....an please spg pr v video banaiye ......😊😊😊 thank you 1000000....... times...

[@tehseenahmed6158]

Well explained and much appreciated

[@Ankit_Sharma_88]

Awesome explained sir maza aa gaya 👍👍👍👍👍

[@electricallover8168]

Extraordimary helpfull video sir ,hats off to you sir.

[@visit_again1578]

Thank you sir, best lecture provide to us. i realy inspired you sir..... thank you very much sir

[@rahulgoswami6037]

Well explained sir thank you finally my all doubts cleared

[@santhumurali]

Excellent knowledge

[@KishanSingh-nj3rh]

Excellent explanation brother

[@riskison4533]

Sir you deserve infinite subscribe 😊😊😊😊

[@poojachaudhary3171]

😁😁😁😁

[@thepurposeofmyexistence2511]

nice video sir , but I think reason behind making avr out side is that for the input wires coming from the load we can't connect directly to some moving part inside rotor

[@SandhyaraniTawate]

Very good explanation ..

[@sudhirk5400]

Very interesting topic .

[@ajaydewangan1565]

Best explaination👍

[@er.jogendargarhwal1795]

Sir working in industry 1.) AVR is hardly 20 cm *20 cm pcb (not big in size) for 4 MW generator But as AVR is taking feedback from output voltage of main alternator we can't fix it on rotor 3.) Main exciter has high frequency ( using more number of poles) so that we can get smoother AC for main field without filters

[@Iam-qd9km]

Thank you sir ..... awesome explained topic.

[@viralshah1976]

Truly amazing ❤

[@khagendrajoshi8787]

Very understanding video 👍👍

[@pratigyaraj4217]

Very well explained thankyou sir

[@akshayporate7262]

Best explanation given by you sir, Is it possible for you to explain this with circuit diagram the thing is that i want to simulate brushless excitation system in a power electronics simulation software.

[@gouravchoudhary2175]

best explanation 🔥🔥🙏🙏 ever sir

[@riteshpattnayak9880]

Thank you so much sir 💖

[@ranjitsinhsirsat1054]

Sir excitation control panel ke bare me jankari de please

[@SHAMSUZZOHASIDDIQUI]

sir, very nicely explained THANK U

[@arbazansari7647]

Maybe there is a confusion in this lecture, from my knowledge split ring use to make DC output, and slip ring is use to make AC output. But in this lecture its reverse, kindly correct me if I am wrong.

[@techinsight1418]

Slip rings are of 2 types.... Split and complete..... Split - for dc output Complete - for ac Generally we call complete ring as slipring.... And broken ring as split ring... These are just conventional names... Concept is same.... Complete ring or slipring for ac.... And split ring for dc

[@saurav6148]

What is the input to avr? Is it from pilot excitor or from alternator output?

[@MuhammadYaseen-nb7ur]

Well Explained

[@pawankumar-mp5gy]

Good job👍💯

[@haritripathi302]

why cant pilot exciter field be directly used to main exciter in dc excitation system?

[@mohammadehson3065]

Thank you sir ♥️♥️♥️🌹

[@kamleshyam111]

Thank you so much

[@Parmarsirkicheli]

Thanku so much sir for the valuable information

[@AkashKumar-sw6rb]

Great Sir

[@Krishna-e7q7w]

Sir change of excitation effect on synchronous generator per per video banaaiye.... Isolated transformer and parallel with other transformer

[@electricalaspirantshub6259]

Sir power speed relatiom kaise niklega is par video ka deep analysis,,parrallael operation par bhi

[@rambrijprajapati5549]

Thank you sir, you explained in details.

[@BothRGamers]

Superb

[@shubhamverma3875]

Thanks bro very useful

[@MaharashtraTractors]

Nice sir

[@AnandKumar-dd2eo]

Good Information. I have a question though. In a brushless excitation system, why cant the pilot exciter be eliminated and output of alternator connected to controlled rectifier which will in turn control the field winding of the main exciter?

[@dee309sammansaha6]

As we know that the avr is a very sensitive device we don't want any type of convenice. The ac we get from the armature viz dc through the scr is rotating dc and if we want to give the static dc to the field winding of the avr we still need brush and slip rings. So ultimately we can not remove the picture of slip ring so we don't use the excitation from the alternator. Thank you

[@er.jogendargarhwal1795]

Because when we initially start the alternator we need some source of power. Same is needed after blackout Pilot excitor is of very smal capacity generally of size of pedestal bearing so it gives us self sufficiency for starting the system

[@er.jogendargarhwal1795]

​@@dee309sammansaha6AVR don't have field winding Mr it is a small PCB having PID and taking reference from output voltage of main alternator

[@syedhassnainali2917]

Sir , thank you very much Sir very informative video and please tell me function of relays

[@techinsight1418]

Relays are the sensing units.. That sense abnormal condition and switch on and off the device.

[@shashankyadav8707]

thank you sir🥰

[@TeachTech-qu3fm]

thank you

[@VijayKumar-gz5gu]

But the main drawback of brushless excitation system is the response time is large as compared to static excitation system.

[@SandhyaraniTawate]

Sir power electronics bhi pada dijiye

[@sunnyoni8]

Thanks

[@mdtasnim9470]

why dc shunt generator which produces dc is not directly connected to rotor winding of alternator. why separately excited generator is used.

[@mukeshsah6306]

nice explanation. Thank you

[@deshmukhdatta8564]

good exaplain

[@vasusachdeva3413]

thanks very much sir

[@vishnuvardhan3066]

Hi bro hamara exciter is brush less exciter but there no permanent magnet system

[@bittuelectricalwork387]

Sir please make video on agra made alternator with turn ratio calculation.in this type of alternator have two winding in one pole shoe,one is the thik wire winding and another one is thin wire winding.i need pole shoe winding turn ratio calculation for constant voltage supply

[@bittuelectricalwork387]

This type of alternator will have two bridge rectifier and capacity will be 3kv,5kva,7.5kva,10kva and so on

[@sanjeevrana8317]

Make video on excitation system of hydro power plant generator

[@asfaquekhan1500]

thank you sir

[@vikashkumarmishra613]

How will be Physical connection three excitor

[@roshanisharma2257]

Sir synchronous motor ke liye iska use nhi Kate n? Only use for alternater

[@techinsight1418]

Mainly used in alternator....

[@bittuelectricalwork387]

If it is posible i will give you some photo of alternator and its field windings

[@antonypt1829]

Sir pls send me 230volt portable brush less alternater winding diagram.

[@sushantshekhardubey7345]

Explained beautifully 🙏

[@bijulal7497]

very good

[@psharavan143]

U explained 3 types of excitation , among them which one is double excited and which one is self excited.....plz confirm Me sir plz....

[@dee309sammansaha6]

Double excitation is the dc excitation and self excitation is static one.

[@syedhassnainali2917]

S, please tell me about kvar and kva in generator

[@techinsight1418]

Kva is the unit of total apparent power [actice + reactive ] developed by generator. Kvar is the reactive power supplied by generator.

[@geoblungamer4606]

Sir op❤

[@vishalverma-os9ir]

Could you please make a separate video of training in bhel how did you apply in bhel sir?

[@techinsight1418]

Actually i have completed my BHEL training in 2013....now rules are change. Kindly check the website portal.

[@vishalverma-os9ir]

@@techinsight1418 okay sir

[@vishalverma-os9ir]

Sir ,are training and internship same thing or different?

[@SameerAhmad-mk1wo]

❤❤❤

[@pawankumar-mp5gy]

सर एक क्वेश्चन है यदि 50 वर्ड्स फ्रीक्वेंसी वाले जनरेटर से 60 Hz फ्रीक्वेंसी लेनी हो तो क्या बदलाव करना होगा

[@techinsight1418]

Frequency number of poles and speed par depend karti h..... Agar poles fix h.... To speed bada k... Frequency badai ja sakti h

[@pawankumar-mp5gy]

@@techinsight1418 lekin sir speed ko badane se frequency ke sath voltage bhi to badega

[@techinsight1418]

Voltage ko same rakhne k liye.... Flux kam do....

[@techinsight1418]

As E=4.44ft@kckd @-flux

[@pawankumar-mp5gy]

@@techinsight1418 field winding ke no of turn ko kem karke flux ko kam ker sakte han

[@RahulYadav-gf2zv]

Sir aap electrical ke fathar hai

[@vibinab8826]

👏👏❤👍

[@AryanSharma-et3kr]

kancha

[@crazy.mind.clips.]

❤️🙏🙏🙏

[@AbhishekKumar-mx2vz]

sir apna no dijiye

[@techinsight1418]

You can contact me on my email id. [e-mail]

[@amangupta3203]

Thank you so much sir❤❤❤

[@techinsight1418]

Kindly share with your friends

[@sameergautam7580]

Thanks

[@sonyelectrical4530]

Thanks for you sir

[@madhosingh4664]

nice sir