What will happen if Transmission line Breaks? | High Voltage line अगर टूट जाए तो क्या होगा?

In this video "What will Happen if transmission line breaks" we have discussed important rule related to electric current what are the possible things that can happen if High voltage conductor break down, what are the role of Relays and circuit Breaker at substation.
#TransmissionLine #HighVoltage #PowerSystem
Instagram Id: / mdhussain_49
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This has happened practically with me during my tenure of work at HIL Rasayani raigad Maharashtra road and there was fire every where...

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[@amitelectricalser.amitsiho2322]

I am fresher EE branch

[@ma-pf8pd]

हरे गुरु जी इतने दिनों से कहाँ थे आप 1 मिनट, अब सब्सक्राइब किये बिना तो नहीं छोडूंगा 😅 आपने काफ़ी सरल डंग से समझाया मज़ा ही आ गया 😋😋😋

[@abadkhan6397]

Chhodna mat

[@2153Annu.]

Bhai,,,,, aapki jo jump karne vali baat bilkul shi hai..... .... But u r spoke good and true... 👍

[@debrajkarmakar1783]

Yaa ek per uthake jump usse bhi zada safe hai But hadsa hota hai panic mai ye saari baate bhul jaate hai

[@kumudkumar1825]

Chup kar re gyani pandit

[@trivedi007shubham]

आप बोहोत अच्छे टॉपिक सिलेक्ट करके काफी नोलेजेबल विडियोज बनाते हो। शुक्रिया । 👍🏻

[@NOMORErattamaar]

😊😊❤❤

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[@anilkumaryadav2885]

वाह भाई मजा आ गया समझाने का तरीका 👌👌 बहुत अच्छा है।आज से आपका सब्सक्राइबर हो गया 💕💕

[@NOMORErattamaar]

Shukriya 😊😇❤❤

[@Javedali-te9zu]

yuy

[@sachinpatil-sp3wh]

Bhai video to bahut accha banaya hai aapne.. Par aap ekahi baat bar bar repeat mat karte to shayad video itna lamba nai hota itni chhotisi information ke liye..

[@_shades.of.henna_]

I am from commerce background, but the way he has explained is magnificent, I had curious to know about these things but never got to the point answers, I just subscribed his channel, really astonished with his cool explanation, carry on! 👍

[@Guru_5743_5]

hahaha me also

[@_shades.of.henna_]

@Arena It's not about Bijli aati hai ya nhi, ish topic k scientific terms ko bhi itne precisely samjha dia unhone, ki kisi ko bhi samjh aa hi jayega.

[@saliyarathodrathod491]

@@Guru_5743_5 a

[@updeshsharma1393]

Sir,🙏.. you are really the father of electrical and electronic engineering. God bless you 🥰🥰🥰

[@vichitradev5070]

भाई मैं आपका बहुत बड़ा फैन हूं आप वोल्टेज एंपियर गॉस का नियम इलेक्ट्रिक से संबंधित सभी फार्मूले और नियमों का वीडियो please bhaiya 🙏🙏🙏

[@Youtubewalacreator11]

बहुत ही "शानदार" आप हमेशा इसी तरह प्रगति पर आगे बढ़ते रहेंगे "खुश रहिए मुस्कुराते" रहिए "भगवान" आपकी हर मनोकामनाएं पूरी करें ::::💜❤️💚::::👌👌👌👌

[@felixcoelho177]

Beautifully explained with animation pics

[@NOMORErattamaar]

😊❤

[@anuragsinghas94]

My curiosity ended in 2:40 sec Went from the top. But yes your way of explaining is insane.

[@DeepakTiwari-ue6vr]

मेरे घर के ऊपर से ट्रांसमिशन लाइन निकली है क्या ये टूट जाए तो खतरा ज्यादा h ya fir line tootne ke sath hi पॉवर ऑफ हो जाता है plz रिप्लाई

[@sureshjasrotia2021]

Line band ho jati hai

[@mohdwaseem7402]

Khatra hai Bhai agar toot Jaye to koyla Kar deti hai sab ko Lekin tootne mumkin Nahi itni asani se

[@Pankajsingh-rk9ks]

@@mohdwaseem7402 bro koyla word op - 😂🤣

[@AbhishekKumar-vt7up]

पर भाई ट्रांसमिशन लाइन के नीचे तो घर बनाना गैर कानूनी है,सरासर गलत है.. और मकान बनाने के बाद विद्युत विभाग ने लाइन डाल दी है तो उन पर कोर्ट केस करो...पर मेरे भाई अपनी जान से मत खेलो...

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[@DrSandy98]

College ke din yaad aa gaye...🥺 I am electrical engineer....just one thing dont jump.....slide with very minor steps ...its not possible always to land with both the legs at the same time

[@tsaishohe2371]

Can we lift one of our leg and hop on maybe?

[@rajsrivastav8465]

Apka video bahut achha lagta hai bilkool bhi boring nahi lagta

[@EE_L_SudeepGanguly]

9:04 letest 🔥😀😀😀🤣

[@LANDLORD1999]

Waaaaaaaaaaa.... Super bro..... 👌🙏🙏

[@seerajalam]

Guruji bahut bahut dhanyawad...mai bachpan se ye sochta tha ...Aaj clear ho gaya

[@tejujaat7158]

बहुत अच्छी जानकारी दी सर

[@shubhamshrivastava1922]

अद्भुत 👌👌👌

[@muktarsekh1705]

A mera bachpan ka se a question dimak mai ata hai. Aj ans mila

[@rajritaghosh1011]

So well explained...bohot kich Sikhne mila Sir..

[@pramodapte1876]

Very good, detailed, description in simple language vdo. Anyone can understand.

[@SOLOMON-ALEXANDER]

Vaise toh hum computer engineering kar rhe hai but electrical engineering hai humko bhi😅. Well explained 🔥💯

[@bhargabkalita2986]

Thank you so much sir l understand everything in this video very helpful video

[@vijaykumar-vm6in]

Thanks for this valuable knowledge

[@aashutoshkumar3966]

CT transformer ki secondary short krne pr shot circuit nhi hoga..

[@vishaljagtap8803]

Explained very well😍

[@imtiyazhasankhan]

That's Knowledgeable video ⚡

[@hasibbhati9535]

I find first time useful and very useful information that you sharing on KZbin. Thanks and salute you.

[@MrAnalystDude]

Very Informative Bhai, mera bachpan ka confusion clear kar diya 🖤🖤🖤

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Hi

[@filmmaker.bro_1]

Bhai true knowledge diya hai

[@smart_ishwar6398]

Tq bhai i am a student pollytecnic electrical engineering😘😘🙏🙏

[@arsingh599]

Bro i m not electrical student but I feel very informative your video and i learn one things if i correct you reply me, may be birds jo 11k voltage ke wire par baitha hai aur usko current nahi lagta hai uska bhi reason potential difference hai?

[@NOMORErattamaar]

Yes, aap sahi bol rahe hain.. potential difference he main reason hai.

[@mpkekisan1952]

भाई मेरे खेत से निकली है यही बाली लाईन,, ओर 2 साल पहले इसका तार भी टूट कर गिर गया था,, भला हो भगवान का के उस टाइम वहाँ आस पास कोई नही था,, तो आप ये तो बोलो ही मत के कभी नही टूटती,,

[@alphagirl99simran]

Hanji kheto me to aksar.. aisa dekha gaya hai

[@mpkekisan1952]

@@alphagirl99simran ji mem

[@santokhsingh8797]

V. nice way of imparting knowledge about electricity 👏👏🙏👌👍

[@piyush_ferex]

Thanks for resolving my curiosity

[@BibidhaSamgraha]

7:47 agar kisi electric Ware ground mein gire to us centre se kitna dur tak effect rhta ?pls batana

[@ramjankathat4864]

Sir apke samjhane ka tarika bahut accha lagta hai

[@satendrauranv6574]

बचने के उपाय:- चप्पल पहने से तो बच जाएंगे आपने चप्पल के बारे में बताएं नहीं केवल एक ही पोजीशन में उछल उछल के दूर जाना चाहिए

[@ullaskumarsahni5858]

हजारों और लाखों वोल्ट पर चप्पल का करी बे।

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@@ullaskumarsahni5858 पता नहीं था

[@MonuKhan-qx7jy]

Nice, keep moving forward with this type of videos 😊😊😊

[@akshatpowertechsolution3855]

Agar wire bich me latak gya us condition me bhi breaker off ho jayega kyonki breaker me unbalanced safety active ho jayegi

[@rishithakur7587]

Really usefull video...

[@technicalpvp4428]

Sir apne pochle video me ground aur neutral me koi diff. Nahi hota to jaminee ke grass me earthing ani chahiye na ti neutral kaha se aaya sir ??

[@djnipon_official]

Great sir ji 🙏 thanks for the information 👍

[@mohamedmushahedazhar4683]

Bhai bohat zabardast explanation👌👌👌

[@aritrasadhukhan5674]

Few days back at site a sany excavator has broken 11kv transmission line with its boom.. fortunately the line was not charged at that moment..he was saved! If any site engineer is reading this comment be very careful with transmission lines...HT line isn't fun at all, it gives no chance!

[@palashghorui4821]

It's realy good information

[@vijaysingh-nx3dk]

Excellent explanation.

[@rathodkaushik6029]

But 3phase me to 3 me 415 v hota to 3 phase me potential difference nhi banta to kese current flow hota hai Plz explain

[@ARUNMISHRA.]

Sir.. Please Make a video of MATLAB nd PLC SCADA... For UPPCl... Please sir.. In details... 🙏🙏🙏🙏

[@amitammumohansingh175]

Mai batau

[@ARUNMISHRA.]

@@amitammumohansingh175 bta do..

[@ZERO_dimaagVlogs]

Outstanding Sir

[@denizkitchen]

Sir I'm little bit confused... Here... according to ohm's law V is direct proportional to I ...if V increase the current also increase according to ohm's law . So I want to know that in transmission line.. they carry a high voltage, or current... And what is the power... ?

[@vishalkumarverma7034]

We don't want to increase or decrease impedance during ac supply actually if there will be a high voltage then there must be a low current in case of ac 'cause we want to make impedance as constant okay now your questions why we need to impedance as constant okay here we go If impedance increases you will not get supply properly whatever you want during distribution If impedance decreases current becomes very high , conceivably because of lightning or insulation failure and they may burn the whole equipment in your house and it also effects in substation These are the reasons we want impedance as constant and for this what we have to do is to increase voltage and decrease current and vice versa Edit:- copper loss will also increase if the impedance becomes low and therefore, it affects efficiency moreover the cost of maintenance will also be increased Being an electrical engineer , we have to look after everything

[@aslamkhan-fx1nn]

Gud information .but from supply must be defused.

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Ap Mahan ho buaiya I r bloody great 😊

[@iliasachhab]

Please aap yek video banayeye " why Calculas (used )" or what is actual meaning of Integration or differentiation or why it is used ? I know your channel is not for Maths but the above suggested topic will help all in technical field for better understanding.

[@amiXwarrior]

In real life, integrations are used in various fields such as engineering, where engineers use integrals to find the shape of building. In Physics, used in the centre of gravity etc. In the field of graphical representation, where three-dimensional models are demonstrated.Calculus is used to improve the architecture not only of buildings but also of important infrastructures such as bridges. In Electrical Engineering, Calculus (Integration) is used to determine the exact length of power cable needed to connect two substations, which are miles away from each otherDifferentiation and integration can help us solve many types of real-world problems. We use the derivative to determine the maximum and minimum values of particular functions (e.g. cost, strength, amount of material used in a building, profit, loss, etc.).

[@kapil_official]

Bro integration means ,, calculate or analysis of any huge objects , and and apply results on small particles ,, and Differentiation is just apposite ,, analyse all small particles and calculate about the huge objects,..... that's itt

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👍👍👍qq

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Hahaha use hi use hai bhai ....kzbin.info/www/bejne/gaTWYmaLYs2phs0

[@Barudkushwaha]

बहुत सुंदर अति सुन्दर,,, भैया मुझे एक जानकारी दो वीडियो में क्या 2 मैगनेट के बीच किसी आयरन (लोहे) को निश्चति जगह फिट करके ,हम बिजली प्राप्त कर सकते है और उसे क्या किसी ब्यवहारिक रूप में इस्तेमाल कर सकते है,, ?और अगर ऐसे बिजली बन सकता है तो लोग इस्तेमाल क्यों नही करते?

[@miningaddiction8209]

i am it student and sir aapke samjhaneka tareka bohoot acha hai

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Very nice sir.... ❤

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Great information sir ji ❤️❤️❤️

[@maahimanzoor9640]

Informative topic Think you sir

[@electricalengineeringporta7755]

High voltage me to delta connection hota hain to waha to neutral hota hi nahi... Ground. Earth fault circuit complete kese hogi... Complete video banao sir, 🙄🙄

[@jijovarghese1987]

Agar one line thootkar ground main touch hotha hain toh potential difference hotha hain kyunki Ground zero potential hotha hain aur thoota wala line main particular voltage hotha hain aur is tarah se voltage difference ho jatha hain. Delta connection ho ya star connection agar potential difference Hain toh current flow hoga.

[@soorajpoojary]

Beautiful video

[@neerajkumarme1957]

Very nice and helpful for with all subjects 🙏

[@amir_k3878]

👌👌 Best Undrstandin..

[@laxmikanta711]

Very nice bro ❤️❤️❤️❤️❤️

[@Maharana_Rahul]

Ferranti effect samjhaiye..😊

[@MPSTADA]

भाई जब हम रास्ते की ऊंचाई नापते समय कुछ दूर से ही current महसूस हो रहा था

[@NOMORErattamaar]

Ji... Sahi kaha aapne 😊

[@shubhadipmajumder5114]

Awesome video, thank you brother

[@singhayodhya]

Thank you sir today I got this knowledge.

[@astrologer74]

Nice information Bhai

[@yumidancevibes]

I started loving him after watching this video...I love you 🤎🤎my crush 😍😍

[@ELShahbaazHussain]

Thanks bro for sharing this keep growing 💖💖💖

[@PUBGGURUGamingYT]

Thanks bro ☺️😍😘

[@sakshamgautam2653]

Thanks sir

[@pritamsingh7474]

Very well explained.

[@arkhamasylum8951]

Wow, as a electrical engineering this is great information😃

[@prakashkatre7651]

कभी नहीं तुटता है... बनते हमने खुद देखा है कीतनी मजबुती से ओर ध्यान रख कर काम करते है ओ लोग

[@ashokyadavashok203]

Nice video👌

[@saddamalvi5371]

Very helpful

[@avisingh4880]

wire water me v to gir sakta h us condition me kya hoga plz tell ....

[@kamranenglophile2579]

Thanks you so much sir you are very intelligent 💖

[@ravindandge2540]

Great sir

[@Kabi932]

Thanks for information. I appreciate it

[@MJblgan]

Sorry to say line will trip within second .. When the line opens .. the relay operates EFR OCR Distance relay REFR .. In 3rd Condition line will not trip no alarm. will come line will be in charged condition unless operator check the all phase currents..

[@govindagovinda5296]

My app

[@dipanbarman8716]

Thanks for sharing

[@amitabheer]

Truly loved your simple yet powerful content. Thanks for sharing.

[@BasicElectricalEngineering]

Excellent brother

[@NOMORErattamaar]

Thank you bhai 😊❤😇

[@zyzennn]

If there is any house located below the lines? What will be the effect when it breaks the line falls on the house?

[@sagarserio975]

Sir Jb train derailment hota h electric wire tracks ke case me aur in case koi coach lift hoke upar wire se touch hota h to kya current pass hoga coach me?

[@crochus8998]

Nhi current coach me nhi aayega because coach Ek tarike ka hollow structure h

[@sagarserio975]

@@crochus8998 okay thank you sir

[@ashokkujur5086]

Thank you Sir for good advice

[@aniruddhacharya4142]

Very nice informative video. Even for a layman.

[@Vijay_siraw]

Hello sir , synchronous motor ke power factor pr video banana. Otherwise koi link share kar do....shi ke koi explain nhi kar rha h🙏🙏🙏

[@manahibatauga4538]

Synchronous motor ka power factor unity hota hai wesy uss ko adjust kiya ja sakta hai leading aur lagging dono may Synchronous motor can be run on unity, lagging or leading power factor. it is controlled with the field excitation. Case1: if lagging power factor is required, the field excitation voltage is decreased. Case2: for unity power factor, equal the excitation voltage to rated voltage Case3: for leading power factor, the field excitation voltage is increased. Thus synchronous motor is used in over-excitation mode and it contributed to the losses.

[@stars4alam0071]

Thank you sir ji.✌️

[@dhirajmakwana1814]

Which fault is dangerous Lto L or L To G

[@bhingardivebrahma5609]

Line to Ground..

[@chaitanyaborude5980]

l to l

[@sandiptoadhikari]

nice , very good 👌

[@sachinkolte3372]

Super sir ji

[@bijay_sikdar]

Bhaiya please Phasor Diagram ka notes provide kro 🙏🙏 Im new in this channel 🙏🙏

[@jigijai703]

Very nice video 👍 bhai

[@rameshpetwal8451]

Very effective information.