Bahut der kardi Maine apke video dekhne me,Maine sirf 1 video dekha bahut acha laga phir 1 hi din Mai apke pure 53 video dekh liye,High level Animation with clearity of concepts 👌
ise kehte he explanation jo non-technical ko bhi samajh aa jaye aasani se, thanks sir no need to ask for subscribe and like already jo dekhega wo like and subscribe kr dega.
I am from a Arts background, but really like your way of explanation, video achcha laga Bhai.. Electrical knowledge thori bahoot honi chahiye...Really good explanation.
The gradient ring is used only in high rating LA which is relatively taller. The reason is that every ZnO element stacked inside the arrester has its own capacitance. As shown in diagram C is ZnO’s own capacitance. That means capacitance C is formed inside one ZnO element. But this ZnO element forms capacitance with another ZnO element and also with the ground. As we can see in the diagram along with its own capacitance C, ZnO forms capacitance with other ZnO pieces and with ground shown as C1, C2, and so on. This type of capacitance with other ZnO elements and ground is called stray capacitance. This stray capacitance value is negligible as compared to ZnO’s own capacitance in the case of short-length LA. Hence voltage distribution is uniform across LA. In the case of long length, LA stray capacitance is significant as compared to ZnO’s own capacitance. Hence voltage distribution is not uniform and is very high at the top as compared to the bottom. Here we can see without a gradient ring, V1 is greater than V2, and so on. This may lead to mal-operation of the surge arrester. Hence gradient ring is used to get uniform voltage distribution across LA. Here, with gradient ring voltages V1, V2, and so on are equal. Hence uniform voltage distribution is achieved.
Good explanation 👍, only point to correct is that ring for 220kV above is not only Corona ring but lower bigger part of that ring is called as grading ring and it's must for even voltage distribution of multiple unit arrester wherein height of arrester is more. Without that grading ring arrester can fail prematurely due to higher stress in top unit. Rest all very nicely explained 👍
This is so simply explained..shows clarity of knowledge..lots of queries cleared.. Animation: Such nice side and inside views. Eager to know how u manged it & what tool has been used.. It's incredible, very insightful n easy visualisation.
Sir your video is simple to understand so we like you. Sir please upload video on every equipment in power system like CT,PT, insulator, bushing, Corona etc because I have exam in Dec. But at last your video are very good.
Bahut der kardi Maine apke video dekhne me,Maine sirf 1 video dekha bahut acha laga phir 1 hi din Mai apke pure 53 video dekh liye,High level Animation with clearity of concepts 👌
th-cam.com/video/LWPq9bmZ-vE/w-d-xo.html
ise kehte he explanation jo non-technical ko bhi samajh aa jaye aasani se, thanks sir no need to ask for subscribe and like already jo dekhega wo like and subscribe kr dega.
electrical me you tube me apke video sabse best hota h ..thanku
You have simplified both your animations and ID the subject it is easy to understand given to a non technical guy thank you very much go ahead
Best explanation. Huge effort is clearly visible. Thank You!
th-cam.com/video/LWPq9bmZ-vE/w-d-xo.html
Bhutttt Khub sir 👍🏻👍🏻👍🏻
And mujhe to bhutttt achhhiiii Lgi ye video
Nice video..
Bahut achha lga sir vdo
i am working in Kuwait with a switchgear company mostly i always depend on my own knowledge but your videos are too good i always see your new videos
Which company bro?
@@ArifKhan-vi9zo al ahleia switchgear
@@kashmirengineeringvision my brother Tahsin khan from Gaya Bihar also work in Al-ahelia
Where is your native?
@@ArifKhan-vi9zo ya i know him
Corona discharge Ring ! Nice description !
wow kya explanation hai aapka college time me jo sekha tha dubara revised ho gaya
Bohoti informative videos hai or explain bhi best ,👍.
Shandaar
Excellent explanation sir 👌👌👌
thank you so much sir !!!
Excellent..i got the knowledge about SA.thank u sir..
Pehli bar mene like b kia subscribe b kiya, video achi hy sir. 🇵🇰
Bahut badiya bhai mera sapna tha yeh btech Kay through animation machine explanation.
Excellent बेहतरीन!
Very good video. Keep it up and make more videos. Subscribed instantly.
Bahut badiyaa sir 👌
Electrical engineers are the legends🔥😍⚡
th-cam.com/video/LWPq9bmZ-vE/w-d-xo.html
Excellent.... Excellent explanation
It's very helpful to me & every electrical engineer s sir
Excellent information... Congratulations and keep it up
Bahut badiya sir
APKA CHENNEL SABSE BEST HAI
Superb boss
Your Explanation style is very good.....
Nice explanation.. Good job sir..
🇳🇵🇳🇵🇳🇵
Excellent sirji
Barhiya bhaii thqq
I am from a Arts background, but really like your way of explanation, video achcha laga Bhai.. Electrical knowledge thori bahoot honi chahiye...Really good explanation.
Super 👍👌 👌👌
JazakAllah Br, so easily explained 😇
never seen this kind of animation very good thank you
Long time query cleared - thanks bro, cheers from Kolkata.
Nicely explained
Nice video
Bohot hi jyada helpful
Very beautiful presentation
Sir you explain in very easy way
Best explanation Sir
Nice explained.
Excellent presentation !
The gradient ring is used only in high rating LA which is relatively taller. The reason is that every ZnO element stacked inside the arrester has its own capacitance. As shown in diagram C is ZnO’s own capacitance. That means capacitance C is formed inside one ZnO element. But this ZnO element forms capacitance with another ZnO element and also with the ground. As we can see in the diagram along with its own capacitance C, ZnO forms capacitance with other ZnO pieces and with ground shown as C1, C2, and so on. This type of capacitance with other ZnO elements and ground is called stray capacitance. This stray capacitance value is negligible as compared to ZnO’s own capacitance in the case of short-length LA. Hence voltage distribution is uniform across LA. In the case of long length, LA stray capacitance is significant as compared to ZnO’s own capacitance. Hence voltage distribution is not uniform and is very high at the top as compared to the bottom. Here we can see without a gradient ring, V1 is greater than V2, and so on. This may lead to mal-operation of the surge arrester. Hence gradient ring is used to get uniform voltage distribution across LA. Here, with gradient ring voltages V1, V2, and so on are equal. Hence uniform voltage distribution is achieved.
Great sir aap bahut mast padhate h
Nice video and wonderful explanation .
th-cam.com/video/LWPq9bmZ-vE/w-d-xo.html
Bhai acchi video he and animation me jyada achhese samajme atahe compared to pictures 😊
Thanks
awesome sir... extremely great
Very Nice Knowledge
good information given by you
Thanks for liking
Thank u sir for making such type of video
Sir you're nice..
I got this channel yesterday & I'll be following..
Animation presentation hi best h sir aapka
. superb single line daigram sir animation se batao na...
Superbbb
Excellent presentation. I liked it very much
Good information
Outstanding Sir 🙏
Very well explained!
Thank u!
Very informative please continue with this type of video through animation..
very nice sir ji and thank you very much.
Excellent explanation
Awesome Sir
Superb explained sir
Good explanation 👍, only point to correct is that ring for 220kV above is not only Corona ring but lower bigger part of that ring is called as grading ring and it's must for even voltage distribution of multiple unit arrester wherein height of arrester is more. Without that grading ring arrester can fail prematurely due to higher stress in top unit. Rest all very nicely explained 👍
Great work sir
Good job sir ji
Excellent video 👍👍👍👍👍👍👍👍👍👍👍👍
Very good sir
fabulous explanation........tnx Sir
Very informative and nice representation thank you sir!
best teacher 👍👍
Good explain
Thanks for this type of informative video and great concept
Great explanation sir
Thanks shaurabh bhai
Awesome animation 👍👍
Great dear u r great 👍
Good Effort
very thankful to you
Sir ya video is my useful thank u for video sir
Awesome video sir
This is so simply explained..shows clarity of knowledge..lots of queries cleared..
Animation:
Such nice side and inside views.
Eager to know how u manged it & what tool has been used..
It's incredible, very insightful n easy visualisation.
th-cam.com/video/LWPq9bmZ-vE/w-d-xo.html
Nice explanation.plz make a video on battery charger like this with animation.
Thank you Sir,I like it very much and I hope you proceed furthermore
Excellent video made Jay hind sir
Sir bohot acha
Sir your video is simple to understand so we like you. Sir please upload video on every equipment in power system like CT,PT, insulator, bushing, Corona etc because I have exam in Dec.
But at last your video are very good.
nice animation
Nice video sir 👌👌
Outstanding.
Thanks sir ji
very nice explanation Sir
Good knowledgeable vedio sir.
Next topic induction generators ke upar sir please
ok i will try
Nice 👌
Sir u r awesome
Beautiful
I eagerly wait for your videos. Each and every video you upload is very good.
Thanks for your efforts. Love from BD.
Awesome 💯💯💯💯
Thanks sir' good explanation