There are lots of Electrical Load excel files available in the internet. You should be able to find a suitable one. But you will need to understand all the cells in the excel file before using one.
Thanks for sharing such good calculation. Could you please provide below calculation. 1. AC UPS & DC UPS Sizing calculation. 2. Earthing calculation 3. Lightning protection requirement calculation.
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Thanks for your comment. Absorbed power is the expected power drawn by the load. Most loads do not operate at their rated capacity, but at a lower point. Absorbed Power is calculated as below: P = η·√3·V·I·cosφ where P is absorbed power in watts η is motor efficiency V is applied voltage I is absorbed current in amps cosφ is the power factor
After viewing your video, I did calculate a loaded schedule for a job, which was accepted by my power company. I never thought I can have this much progress. Thank you.
A very well description of the details to be taken into account,while getting onto the load calculations in an industrial installation. The assumptions n steps involved are all full of the finest details. This calculation is very important from point of view of safety concerns also,as we know unbalanced loading leads to heating,thereby making the insulation weak n often leading to fire hazards on account of short circuiting. A practical guide it may be to electrical as well as nonelectrical engineers.
Thanks. Glad that you found the video useful. Please let me know your comments on my other videos. Please do subscribe to my channel and share with your friends.
Thanks. Glad that you found the video useful. Please let me know your comments on my other videos. Please do subscribe to my channel and share with your friends.
Thank you for the great lecture. Sir, please would you elaborate more on the Breaker sizing of these loads, the conductor sizing and voltage drop, earthing sizing for this load schedule, transformer size.
Next step is to design a transformer for 362.76 KVA and get energized from the utility am i right?
Dear sir,
Can you provide me electrical load list calculation Excel sheet...
There are lots of Electrical Load excel files available in the internet. You should be able to find a suitable one. But you will need to understand all the cells in the excel file before using one.
Thanks for sharing such good calculation.
Could you please provide below calculation.
1. AC UPS & DC UPS Sizing calculation.
2. Earthing calculation
3. Lightning protection requirement calculation.
Thanks. Glad that you found the video useful. Please let me know your comments on my other videos. Please do subscribe to my channel and share with your friends. Videos on the above topics are under preparation and will be uploaded shortly.
Good job great ,thank you for the teach cable types topic make one video
Sir how can we find the absorbed power and how did you write active power of 185kW rating to 168.4kW.
Thanks for your comment.
Absorbed power is the expected power drawn by the load. Most loads do not operate at their rated capacity, but at a lower point.
Absorbed Power is calculated as below:
P = η·√3·V·I·cosφ
where
P is absorbed power in watts
η is motor efficiency
V is applied voltage
I is absorbed current in amps
cosφ is the power factor
@@theelectricalsolutionschan1095 really appreciate your efforts Sir❤
please share the ppt
Unfortunately, cannot share the PPT.
After viewing your video, I did calculate a loaded schedule for a job, which was accepted by my power company. I never thought I can have this much progress. Thank you.
Glad it was helpful!
Please Sir, I want to understand how the Total KVA value was obtained from (kW + kVAR), if there be any formula that used. Best regards.
kVA = kw +j kvar
kVA = Sqrt [ (kW)^2 + (kVAR)^2]
Let me know if this is clear to you..
A very well description of the details to be taken into account,while getting onto the load calculations in an industrial installation. The assumptions n steps involved are all full of the finest details.
This calculation is very important from point of view of safety concerns also,as we know unbalanced loading leads to heating,thereby making the insulation weak n often leading to fire hazards on account of short circuiting.
A practical guide it may be to electrical as well as nonelectrical engineers.
Thanks a lot!
I really enjoyed the video..
Thank you for valuable information..
Thanks. Glad that you found the video useful. Please let me know your comments on my other videos. Please do subscribe to my channel and share with your friends.
Accurately explained sir thank you
Thank you, very nice explanation, made it so easy to understand. Thank you.
Thanks. Glad that you found the video useful. Please let me know your comments on my other videos. Please do subscribe to my channel and share with your friends.
Great Effort, Please continue making these awesome videos
Thank you, I will
Awesome presentation n great effort 👏
Thanks a lot
Must watch video for EE branch students.
Glad you liked it.
Sir, would you share your contact address like linkedin ID, please?
Solid knowledge i have seen for the first time
Thanks a lot. Glad you liked it..more to come.
Hi Sir, the process was explained concisely. Loved the video. Please do more on processes for design.
Thank you, I will
Thank you for the great lecture. Sir, please would you elaborate more on the Breaker sizing of these loads, the conductor sizing and voltage drop, earthing sizing for this load schedule, transformer size.
Glad that you found the video useful. Presentation on above topics are in the process of being made and will be uploaded as soon as possible
Thank you, grasp the concept easily.
Glad it was helpful!
Awesome
Thanks a lot!