On Load Tap Changer :- How it works?

In this video you can understand through animation and in very simplified manner that how an OLTC i.e. On load tap changer works.
It is an important device, installed along with the winding assembly inside transformer tank and helps in changing tap position in transformer's High Voltage winding. Voltage regulation i.e. variation of terminals voltage with variation of load is the main concern which can be restricted to safe limit

[@AsPaVS]

A blind can understand this clean concept..... Thank you so much for giving such type of conceptual video....

[@chiranjeevig8740]

Thanks for giving videos in english language rather then hindi,telugu,tamil etc.,It is better to understand for any student,

[@isaiascecilioventuranava.6903]

Congratulation, thank very much since MÉXICO. I am Mechanic Electrician Enginner.

[@1111100000elias]

Your electrical knowledge is so good. I am pleased to improve you Indian english pronuciation

[@vedvashist4442]

Sharma ji.....your knowledge of electrical engineering is excellent. i wish.....i were your neighbour to correct your pronunciation. God bless you.

[@Mahiletay1221]

wow..........................amazing lesson

[@DreaMagnifier]

I couldn't find a better video than this

[@jasonfoster9118]

Thank you. I'd never heard of this but I can see the necessity. Great channel, I'll be watching all of your videos.

[@tearsforfearsfan2]

I love this video, subscribed! Very concise and clear explanation.

[@IbrahimKhan095]

Good explanation ❤

[@danielcervantes6418]

Great breakdown - thank you!

[@Rafeq-w3s]

Very usefull video sir. My entire doubt about oltc became over... Thank you

[@ΧρήστοςΚουφός-ψ2θ]

great explaination, thanks and be good kavliarh inde

[@xlightswornx1]

Thank you bro, it gives me understanding about on load tap changer

[@Doti_231]

Very good explanation

[@aliuyar6365]

Awesome explanation

[@CLJasonX]

This is incredible. Thank you so much

[@duta599]

How can i like this video more than 1 times?

[@TECHV-tw6qp]

Txs for your efforts.... I. M apprentice in pgcil. I know much more from your side

[@alejandrogl6218]

what is the next video you recommend towards the end!? thank you so much

[@shrikantpawar6832]

Thanks for making such good animation to understand the concept well also your explanation is awesome

[@digvijaydosad9906]

Great explanation just like all other your videos

[@SourabhSharmaTheProfessor]

Next part of this video is also upload today, Hope you also like it

[@adefolajulius2939]

subscribed! Thanks for sharing.

[@amitpagare5946]

🙏🙏🙏 very informative video 🙏🙏🙏

[@brittokhan5278]

excelent explanation

[@tuanvu3654]

Many thanks! Your video helps me so much!

[@abhi_creation.935]

❤

[@muraliramath]

Thanks Sir for such a good video

[@giyasuddinansary5332]

Very good

[@alappuzha9]

Beautiful video... i don’t have any electrical background then also crystal clear

[@debduttbhattachargee1814]

Awesome 😊 Can you please explain the Control circuit, so we can understand more precisely

[@aniketmane2887]

Superb 👌 keep going

[@heginabel5165]

Very clear explanation.....

[@chamanlaldewangan6591]

Nice animation and explanation. Thanks alot.

[@alirezadanish2038]

Very good explanation. Which software you use to make these animations. Thank you

[@chathurasilva1573]

Very much great content. Thank You Very Much Sir. 🧡💚💙

[@Analytical_Abbai_Naresh.]

Thank You So Much Sir

[@piotrpierzchala895]

Thank you for the video. Sourabh, why decreasing the number of turns on the primary side will increase the voltage of the secundary side?

[@vasiqshair]

the kVA must stay constant. Lowering the turns on the primary would also lower the primary voltage.

[@massinissadjahmoum5114]

Great explanation, thank you

[@Hoidienvietnam]

*I have subscribed to your channel, can you tell me what software you make the model with?*

[@mahmuddunnabimurad2490]

Nice Explanation

[@ppraveen2224]

Is there any effect on load voltage if change the tap changer when transformer in OFF condition.

[@AsanMasraf]

thank you for this great animation and explanation too. but why tap no. in always in odd comes!?

[@ElectricalFundaaz]

th-cam.com/video/IKcwjSgHQJk/w-d-xo.html

[@sarcastic7415]

Awesome , Thank You So Much💕

[@SalmaHossain-vq9bw]

Excellent

[@MrAmishapillai]

very well explained...

[@noelfaithfulkari2857]

Thanks sir, please could you do a video of tetiary winding of power transformer

[@bhupaltechnical9742]

Super

[@samsadali9646]

Bhut bhadiye video

[@MOHANLAL-bf5wg]

Very good sir app ne software konsa use kiya plz tell me...

[@SourabhSharmaTheProfessor]

Autodesk maya
sorry for late reply

[@sra1649]

Excellent! What an explanation.... If possible please make a video on complete protection for transformer >25 MVA . Thank you so much.

[@sahadevmalick1365]

Thanks

[@bhuvneshkalwani9254]

Oltc is connected in HV SIDE in step up transformer also??

[@Mr.ZAkkas]

Useful..thanks a lot

[@awareofdeath]

thank you Sir

[@anandbhai547]

Aapke hindi aur english dono channel ko subscribe kiya hai.
Aap अल्टिनेटर aur जनरेटर k baare me video banaye pls.

[@SourabhSharmaTheProfessor]

Thank you anand ji ham jaroor banaayege

[@manishkapse3087]

OLTC operation explanation cannot be simpler than this.
Brilliant.
Such a complex topic explained so easily.

[@runpvt6524]

Sir, What will happen if tap switch was stuck in between 1&2 position under loaded condition

[@MichaelAjala-o6e]

Clear study

[@abudhakir9403]

Awesome

[@TECHV-tw6qp]

Hindi me bhi sara contained ko upload kare.. plzzzz... Its india or tik se understand hone k liye hindi must h

[@AbhijitDas-eu2iu]

Can a bidirectional OLTC be used in the 66kV side in 33/66kV step up transformer?

[@knowledgesignim8428]

Sir please explain working of on load 3 phase automatic tapchanger of transformer

[@zubairalmahmud171]

Is it harmful to operate tap changer frequently?

[@normanalcoba3629]

tHANK YOU

[@Hoidienvietnam]

Under-load voltage regulator (OLTC) in a pressure transformer, working in dynamic mode, plays an important role in transmission and voltage regulation on the power grid system. With that working mode, OLTC usually has a high probability of failure. Failure of the OLTC unit can damage the entire structure of the transformer, disrupting power supply services, and causing economic losses to the operator and customers.

[@TECHV-tw6qp]

Sir aapka 2 channel h or 2no pe. Alag alg topic h.. confused ho jata hu khon sa follow karo

[@himalthilakanp1813]

When number of turns decreases the voltage decreases,the how it works

[@ElectricalFundaaz]

th-cam.com/video/IKcwjSgHQJk/w-d-xo.html

[@ageofscience5182]

I liked ur fucking confidence

[@prasantaprusty]

Next Video link plz

[@hkgargeducation3460]

Bhai hindi me banate to achchha hota

[@firasraouin9353]

your email please...

[@JaykeSapalaran-iq3qs]

Great video information 👍❤ thank you for sharing your knowledge and experience 🇵🇭🫡🫡🫡

[@electricalpassionate]

Please make thumbnail better.

[@a_08_mukeshborole66]

Try to explain in Hindi...be proud to be Indian

[@youssefsaad1643]

A lot of people can’t understand Hindi, so when he explained in English he is helping people from all over the world

[@haseebali9591]

Good. Which software do u use for making presentation.....???

[@jihad_96]

Thank you