Numerical Problem on Nominal-T and Nominal-Pi ( Detailed solution)

Performance of medium Transmission line using Nominal-Pi and Nominal-T representation is explained in detail with the help of a single numerical problem.
#nominalpi#nominalt

[@kani799-pn4dp]

Really helpful video especially you're explaining according to CL Wadhwa book🙏🏻🙏🏻

[@ndahambelelanangula7717]

Good explanation sir......Thanks so much

[@WaelTube200]

Which textbook do you use ? the name please

[@subhojitghosh7532]

Power system by C. L. Wadhwa (probably)

[@aniruddhamukherjee9527]

Beautiful explanation... Thank you sir

[@jeremylalruatfela6727]

Bro, why did Vr had a 0°

[@MrRavindraprasad]

Because we are assuming receiving end as reference in general

[@jeremylalruatfela6727]

Thank you very much sir, i did hesitate to ask you directly ... I'm really thankful for your explanation.🙏

[@gunanidhi1000]

Sir, 3ph 400kv line length 220km of 600mw powerplant, 100mvar reactor sending end, if shunt reactor off what is the reciving end voltage caculation?

[@AkashSharma-qg7ex]

Really helpful sir .. thanq so much for uploading 😃😊👌👌👌

[@allenkylepriela9779]

Sir, where did you get the 43.39MW?

[@NicholasKatongo-v2v]

Good morning sir, How can I solve this problem? Your help will be highly appreciated. Determine the efficiency and regulation of a 3-phase, 50 Hz, 150 kms long transmission line having three conductors spaced 3.5 metres delta formation when the receiving end delivers 25 MVA at 120 kV and p.f. 0.9 lagging. The resistance of the conductor is 0.25 ohm per km and the effective dia is 0.75 cm. Neglect leakance and use (i) nominal-T, and (ii) nominal-π.

[@kodandamamrutha2452]

Well explanation sir.. 👏

[@ricardoporter4445]

i am wondering how you got A= 0.995

[@Desire223]

Well done sir.🙏

[@theallcosmos4762]

Hello. For the value of 'A', how did you get the angle 0.0813°?

[@lavudyasujatha7279]

Bro same doubt bro

[@lavudyasujatha7279]

Sir ... please can you tell me how you got angle A= 0.0813 ....

[@mvpgamingtelugu8282]

Sir I can't understand A value in the sum

[@thefitfun469]

Well explained sir ✨✨🙌🙌

[@lavudyasujatha7279]

Sir last answer A= how u got sir .... please reply me

[@mintuchoudhary3990]

Thank you very much ❤

[@venkatabhaskarisushruthaga6028]

@15.25 I got A= -8.8786.... Where you got the answer 9.317

[@ayushsaini9226]

Sir aapn ne A , B ,,C , D ke value ke last me kese nilai means ko si from mee

[@venkataramanamalla9334]

Sir abcd parameter use chesi nominal t methoda exmas lo essay ga cheyavachu ha sir

[@MrRavindraprasad]

Yes you can do it if the method is not mentioned in your problem

[@365ramesh]

Nice explanation sir

[@SumitKumar-mv5gp]

There is a mistake, correct me if I am wrong. Pr= root under 3 x Ir x Vr x cos fi r But in the solution it is taken as '3' not root under root under 3 why?

[@MrRavindraprasad]

Three phase power formula is 3vph Iph cos fi. As we are analysing a single phase circuit we need to use this formula for finding the receiving end power. I have not used √3 there

[@MrRavindraprasad]

Tell me the timing of the video where you find error

[@SumitKumar-mv5gp]

3:33

[@SumitKumar-mv5gp]

​@@MrRavindraprasadIn question 3 phase 50 Hz is mentioned

[@sunithanarasapuram9929]

Any videos on addders sir

[@MrRavindraprasad]

Which adders maa?

[@KRajesh-ej7dy]

Tq u sir ☺

[@Futureviewer]

please exption how a value comes

[@MrRavindraprasad]

See the previous video

[@SaiKumar-hy5gb]

Sir while solving problems on abcd parameters the phase angle must be included to find a ?

[@SaiKumar-hy5gb]

Can we consider only magnitude?

[@MrRavindraprasad]

Yes you need to consider Phase angle and Magnitude both

[@SaiKumar-hy5gb]

@@MrRavindraprasad thanks sir

[@SaiKumar-hy5gb]

@@MrRavindraprasad sir phase angel of Ir(-36.86) ,why you take negative sine ?

[@MrRavindraprasad]

@@SaiKumar-hy5gb Load is lagging in nature and Vr is considered as reference

[@-_UMallikarjuna]

👌👌👌👌

[@AsifAli-gi3rh]

🫡🫡🫡🫡🫡🫡