Parallel Operation of Transformers | Electrical Machines | Lec 32 | GATE/ESE (EE, ECE) | Ankit Goyal

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[@rajeevjaiswal2075]

Sir u r doing great after understand theory numerical is not a big deal please continue

[@adityaraj8518]

Sir aap gate ka numerical karbaye sath mai concepts dene ke baad jisse hum pta chale concepts kaise apply krna h....sirf theory ni

[@RaushanKumar-hl1yf]

Gce se ho n Tum Kya Santosh sir n tumko pdaye hm bhi hai gce ke 2k16batch sahi bol rhe ho

[@digitalmarketingtipps]

I'm understanding topics very well with your lectures. Thank you so much Ankit Sir for this free initiative.

[@friendskash]

Sir can this theory be applied on home stabilizers ? Can I add two 4ka stabilizer to make a 8kva stabilizer ?

[@YogeshSharma-kb1ph]

sir plz plz solve the numericals for better understanding

[@rdhakadsallu]

nice session .....sir

[@soutamray6069]

Good👍

[@anandbaheti6681]

Sir in the example what about the angle of S L =80 kva .8 lag......we have to take positive or negative

[@rishabhanand88]

positive

[@monubairwa9133]

ab t/f easy laga thanks sir

[@digvijaychaudhari2892]

Sir V1 ko V2 kaise banaya

[@sbbelectrical]

Thank you sir

[@dhananjaykumar5114]

Very Good Lecture

[@manavpawar8667]

Sir apne to v1 ko v2 kaaise banaya wo samajh me hi nahi ayaa😅

[@devangpatel_nitkuk1219]

Sir transformer with lower pu impedance on common base gets overloaded first
Transformer having lower pu impedance on their own base will be overloaded first
Which of the statement is right?

[@skumarjaipur9938]

Same question?? I think here should be common base

[@chanakyasinha8046]

On their own base, because it is actuall... If you are comparing on same base, means you have either added impedance of subtracted relative to one transformer... Think of it like two tank with same height but different capacity and different outlet diameter for water... Here compare diameter is analogous to inverse of impedance... So the chamber having large outer pu dia will drain first... So it wiil overload if source is connected, as current here is analogous to flow rate...

[@Ravi-si5ho]

Good morning sir

[@abhishekdawachya854]

thanks

[@sumanjena9711]

45:17

[@jdragon8184]

37:00 sir ne iL mein z1z1 ko divide krke likhna bhul gye baki sb shi hai

[@girishgautam5838]

Sir ne v2 ko glt introduc kraya hai isliye mistak Ho rhi

[@Ravi-si5ho]

KAMSANI RAVI KUMAR PRESENT SIR

[@sachinavasthi5702]

Sir please share notes of Electrical Machine in telegram channel

[@tamimeechishty3244]

Sir K telegram channel kya h?

[@sachinavasthi5702]

@@tamimeechishty3244 please check the description box.

[@Nikunj.parmar]

Where we get sir video lecture note?

[@shrikantpujari2148]

Tx

[@saolindaya]

Thanks