Why Transformer rating in KVA not in KW Explained in Details

In this video, I have explained the three reasons why the transformer rating in KVA not in KW.
I will request you to watch the complete tutorial video of the Transformer rating but you can also jump to any topic by click on the following Time Stamps:
00:35 What are the Active, Reactive & Apparent Power in AC circuit.
00:58 Why we rated a transformer in KVA or MVA, not in KW
02:20 Type of losses occur in the transformer. 1) Core Loss & 2) Copper loss
04:22 Relation between VA, KVA & MVA units
05:50 why motor rated in KW but alternator & transformer rated in KVA
For the alternator and transformer, the power factor is not known as connected load type is unknown while designing a transformer. Transformer transmit electrical power from one circuit to another so it has to supply both active and reactive power which is apparent power and the unit of apparent power is VA (voltage Ampere) so the transformer rating in VA or KVA. In the video, I have explained why the transformer has to supply apparent power to an ac circuit.
In this video, I have shown the total losses of the transformer is depends on voltage and current so the losses of the transformer can be expressed in VA unit. So the transformer rated in VA or KVA.
#TransformerRating #KVArating #electricalQuestion #techstudycell
If you have enjoyed the video please hit the like button and share it with your friends. For more such videos don't forget to SUBSCRIBE our channel and please do share your feedback in comment sections. Thank you for your Support.
Find us on Facebook: / techstudycell
Other useful videos:
How to test a Transformer using a digital multimeter
• How to test a Transfor...
How to Check Earthing is Provided or Not with Test Lamp and Multimeter
• How to Check Earthing ...
How to Measure Voltage, Current & Frequency with multimeter
• How to Use a Multimete...

[@venkatasivapothula577]

Thanks you sir! don't Stop believe in yourself. You had super knowledge in core .

[@TechStudyCell]

You are welcome

[@livivy6810]

Thank you for the clear explanation.

[@TechStudyCell]

You are welcome...

[@willcampbell8829]

Great explanation! This is a lot clearer now. Thank you!

[@TechStudyCell]

Thanks for your feedback

[@ROCK-mn3gf]

Thank you brother

[@TechStudyCell]

you are welcome...

[@yelgur2]

very good explanation. thanks

[@TechStudyCell]

Welcome

[@ajayajay-rw1hb]

Super

[@stephenyelle7631]

Super explanation.......make a vedio on....active ,reactive ,apparent power....and it's work..on basic electrical ckt....what happens(active,reactive,apparent power) when R,RL,RLC ,load is connected to the basic ckt.....

[@TechStudyCell]

Thanks... I am planning to post some videos on basic electrical.

[@paraggaikwad8389]

Nice explanation keep it up👍

[@TechStudyCell]

Thanks

[@mpumurotharcisse8624]

Thank you!!!!!!!

[@TechStudyCell]

Welcome

[@wali007]

just waooo thnx

[@TechStudyCell]

welcome

[@AnilKumar-Ravula]

Explanation is super....

[@TechStudyCell]

Thanks...

[@AnilKumar-Ravula]

Pls bro I want u r Mail ID

[@electronic7979]

Nice video

[@TechStudyCell]

Thanks

[@engineerkohat]

کان پک چکے ہیں یہ سب سنتے سنتے۔