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how did you drive a 168.4KW and 86.3KVAR out of 160KW with PF of 0.89 and Eff of 0.95 in the first row of the list in step 4?

Thanks for sharing your valuable knowledge with us. Please make a detailed video on selecting a Power transformer. 🙏

What is the earth fault current using 13.8kV systems?

what about the 85% efficiency

Is this Melson and Both equation applicable for Aluminum bus bar also?

Nice

11:58 @ Base MVA how to calculate 1 MVA

Sir, would you share your contact address like linkedin ID, please?

L2 has time .2 sec but put it behind L3 why.

Brilliant

Great video. I'm trying to find information about the minimum distance between copper bars with different potentials depending on voltage. Maybe you know where I can find this information?

Sir please please please please upload more videos

Amazingly explained Sir

Hello Sir, is this busbar calculation applicable for HV traction battery's Cell to cell and module to module busbars??

Great video

Battery sizing is direct summation of all load profiles? I saw some negative numbers for some load profiles. Why?

Nice discussion & explanation..thanks

Superb Explanation ❤ any one can understand if he give some time to watch carefully ❤

Very precious video. I was hoping to see a summary at the end of this video and other videos.

What values you have taken to calculate ZT?

Great Thank you

Excellent video.

Very detailed and informative video of transformer sizing. It is going straight to my favorites. Please keep making more such informative videos.

If ZL = Base Load Imp / Base Impedance = 0.0886/0.16 = 0.55375 p.u.. why did you obtain 0.54367 p.u ???

Sir your content is very helpful 🙏🏻 pls make a video on selection of earthing 🙏

GREAT

Next step is to design a transformer for 362.76 KVA and get energized from the utility am i right?

Good day, many times I played this video and make research on standards, i did it bec. It's quite interesting and with clear steps of calculation just to say we can depend on!!!.so far I have doubt about the 15% voltage drop at high motor terminal. Applicable fire pump..can you please help to clarify...thank you

Very intelligent ; i cannot see this approach in my prevuous studies all things is new for me...good job man!!!

Nice, but i get lost in per unit application formula, can you share per unit fomulas, thanks

Make EARTHING video

Good job great ,thank you for the teach cable types topic make one video

I have watched all the tutorials in your channel. Great contribution to the engineering community. Highly appreciated...❤❤

Your all video is very valuable to electrical Engineer specially working in oil &gas, power, metal industry etc. Please upload the video for switchgear sizing, earthing and lightning calculation, EDG sizing etc

This is so good! Thank you sir.

Very good one...thank you sir

This is so nice and helpful. Great effort sir.

Do upload more design related videos about motors /cable tray/Ups selection and sizing as well,great explaination

Excellent 👍

Accurately explained sir thank you

Please post a video for how size a breaker/switchgear

Too good sir kindly make a video on earthing calculation for plant

Thanks for your efforts for this valuable content.. Also is there anything left after the battery sizing is done like calculating charger capacity, ups sizing etc..

Great informative content.. Waiting for part 2..

A very clear explanation, many many thanks for your efforts and concepts. Could you please explain how to size a Battery bank based on this battery load profile.. Also sizing of an Emergency Diesel generator. Also what are the protection systems used for transformer protection and busbar protection..

Crystal Clear explanation, very happy for your concepts.. Could you please explain how to size a Battery bank based on the battery load profile.. Also sizing of an Emergency Diesel generator. What are the protection systems involved at the transformer protection..

Clear explanation, very happy for your concepts.. Could you please explain how to size a Battery bank based on this battery load profile.. Also sizing of an Emergency Diesel generator.

You are video is simple supper..but in continuation to this if you would have done sn example. With many loads ..it is simple super

I have doubt on how you calculated the final impedance, since both the impedances are parallel, the formulae must be Z1*Z2 by Z1+Z2 na.. Remaining everything is crystal clear for me.. Thanks for your efforts..

i think coeffecient k1 is mistakenly calculated. if e=10mm and a=120mm then e/a=0.0833, therefore, k1 should be 1.76 or 1.8?