On Load Tap Changer :- How it works?

[@ashishpadhi7786]

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,

[@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.

[@1111100000elias]

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

[@tearsforfearsfan2]

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

[@isaiascecilioventuranava.6903]

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

[@DreaMagnifier]

I couldn't find a better video than this

[@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

[@IbrahimKhan095]

Good explanation ❤

[@danielcervantes6418]

Great breakdown - thank you!

[@alejandrogl6218]

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

[@xlightswornx1]

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

[@shrikantpawar6832]

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

[@debduttbhattachargee1814]

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

[@Doti_231]

Very good explanation

[@Hoidienvietnam]

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

[@ΧρήστοςΚουφός-ψ2θ]

great explaination, thanks and be good kavliarh inde

[@digvijaydosad9906]

Great explanation just like all other your videos

[@SourabhSharmaTheProfessor]

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

[@Rafeq-w3s]

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

[@CLJasonX]

This is incredible. Thank you so much

[@TECHV-tw6qp]

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

[@aliuyar6365]

Awesome explanation

[@amitpagare5946]

🙏🙏🙏 very informative video 🙏🙏🙏

[@tuanvu3654]

Many thanks! Your video helps me so much!

[@alappuzha9]

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

[@chamanlaldewangan6591]

Nice animation and explanation. Thanks alot.

[@alirezadanish2038]

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

[@aniketmane2887]

Superb 👌 keep going

[@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.

[@muraliramath]

Thanks Sir for such a good video

[@brittokhan5278]

excelent explanation

[@heginabel5165]

Very clear explanation.....

[@adefolajulius2939]

subscribed! Thanks for sharing.

[@chathurasilva1573]

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

[@duta599]

How can i like this video more than 1 times?

[@massinissadjahmoum5114]

Great explanation, 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.

[@MOHANLAL-bf5wg]

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

[@SourabhSharmaTheProfessor]

Autodesk maya
sorry for late reply

[@AsanMasraf]

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

[@ElectricalFundaaz]

ua-cam.com/video/IKcwjSgHQJk/v-deo.html

[@ppraveen2224]

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

[@AbhijitDas-eu2iu]

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

[@giyasuddinansary5332]

Very good

[@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.

[@MrAmishapillai]

very well explained...

[@mahmuddunnabimurad2490]

Nice Explanation

[@sra1649]

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

[@bhuvneshkalwani9254]

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

[@abhi_creation.935]

❤

[@sarcastic7415]

Awesome , Thank You So Much💕

[@Analytical_Abbai_Naresh.]

Thank You So Much Sir

[@TECHV-tw6qp]

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

[@noelfaithfulkari2857]

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

[@zubairalmahmud171]

Is it harmful to operate tap changer frequently?

[@SalmaHossain-vq9bw]

Excellent

[@bhupaltechnical9742]

Super

[@runpvt6524]

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

[@Mr.ZAkkas]

Useful..thanks a lot

[@TECHV-tw6qp]

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

[@samsadali9646]

Bhut bhadiye video

[@knowledgesignim8428]

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

[@haseebali9591]

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

[@awareofdeath]

thank you Sir

[@abudhakir9403]

Awesome

[@MichaelAjala-o6e]

Clear study

[@sahadevmalick1365]

Thanks

[@himalthilakanp1813]

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

[@ElectricalFundaaz]

ua-cam.com/video/IKcwjSgHQJk/v-deo.html

[@normanalcoba3629]

tHANK YOU

[@ageofscience5182]

I liked ur fucking confidence

[@prasantaprusty]

Next Video link plz

[@firasraouin9353]

your email please...

[@electricalpassionate]

Please make thumbnail better.

[@hkgargeducation3460]

Bhai hindi me banate to achchha hota

[@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

[@JaykeSapalaran-iq3qs]

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

[@jihad_96]

Thank you