PS23 Short Transmission Lines

Lectures on Power Systems By Dr. Tirupathiraju Kanumuri, Assistant Professor, NIT Delhi
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[@BSKumar303]

THE PATTERN OF EXPLAIN OF YOUR TEACHING IS SO NICE

[@mahendrasinghnegi8566]

Thanks u sir , this session clear my doubts on transmission line.
Great explain sir .👍👍👍

[@tripathiasheesh5955]

Great explain sir
Thank you 🙏

[@rohanmoryeofficial7680]

Thank you sir you are great teacher

[@akash.akshit]

sir at 18:54 1st ques we can also use Vs - Vr = Ir(Rcos(fi)+Xsin(fi)), to find Ir , we are getting the same ans

[@akash.akshit]

@@lecturesinelectricaleng thank you sir, your teaching style is amazing and the notes are also very good

[@muhammadyunus9381]

Sir at 2:25 why is Vr and Vs leading IR. How do we know that ?
Another qn sir plz...
Is Vr and IrR supposed to be in phase hence same vector line with Vr ?

[@surendrakverma555]

Excellent lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@RRR2207]

can you provide the reference for Taylor series. I am not able to understand how you wrote that eqaution directly neglecting the higher order terms.
please sir

[@karanam2010]

Sir at 6:32. can you provide the reference for Taylor series. I am not able to understand how you wrote that eqaution directly neglecting the higher order terms.

[@aarjuparween8724]

Sir, I have one doubt that when Ir=0, then Is=0 bcz of short tr. line.
If Is=0, then there will be no voltage drop then how the voltage regulation is defined by putting the value of 'Vs' in terms of constant A??
Plz reply sir

[@mekalahymavathi7339]

Sir discuss the terms of voltage regulation and transmission efficiency ani anatye nenu effect of transmission efficiency and effect of voltage regulation power fator leading and lagging rasanu pls reply me sir argent rasanu correct ha or wrong haa sir Ala rayachu rayacha sir

[@805gopinath.s-eee8]

Thank you so much sir

[@manasmalik6515]

10:50 , sir can u explain in detail the sentence regulation zero for leading power factor loads?

[@manasmalik6515]

@@lecturesinelectricaleng leading power pf means capacitive , so if we have capacitive loads then only voltage regulation will be zero?we need voltage regulation to be zero or max possible?

[@okay_bro...]

sir, can u provide lectures of other subjects like networks, control system, signals, analog, digital etc.

[@RRR2207]

sir....I didn't understand that, why Ir is taken as reference in the phasa diagram .sir please I need Ans

[@BSKumar303]

CONFUSION IS LESS INDICATE PI S PI R BY PHASER DIAGRAM

[@99t.sanjaykumar27]

Hlo sir, is there any lecture video for per unit system?

[@muralichevvu9978]

Sir how can you take Vscospi at 3:18 . ??

[@2958918]

Sir, why did not use Vs = Vr + I*Z to calculate line current ?

[@2958918]

18:52

[@TheTastefulTrekkerA]

Thank you sir

[@abuguernest8873]

How did you get dr=0.6 dr=0.8

[@iamvijayl215]

Thank you sir ❤️🙏

[@chaitanyapavan9957]

Neeku reply evaru lera

[@BSKumar303]

SIR GIVE ME THE LINK OF PER UNIT RESISTANCE AND REACTANCE

[@BSKumar303]

THANK YOU SIR

[@digvijaydosad9906]

Graet explanation sir...
Thank you 🙏🙏🙏

[@gamerzzz1809]

GRAET divgijay sodas

[@smartengineeringeee4990]

PU regulation 8:29

[@clarionjomart.8264]

❤

[@syedshaooraligelani292]

Sir at 10:48 i am little bit confused.how this equation shows that power factor is leading.plz explain sir.

[@syedshaooraligelani292]

By using equation 3 the value of angle comes out in negative which means leading power factor load.

[@thelearner-bengali1257]

Hi al🙂

[@normieking8151]

hello I'm under the water

[@whatsappstatues1381]

English me smjha ke kouna tir mar liye koi nhi smjha