Why the transmision line are
11,33,63,132kv?
Answers were Sorted based on User's Feedback
Answer / ujjal
its for the form factor that is the ratio between rms value
and avarage value. it becomes constant as 1.11. so we can
generate ac voltage that is multiply of 1.11
| Is This Answer Correct ? | 44 Yes | 6 No |
Answer / nitin goyal
mr.sunil for your information insulators are designed
according to lines,not the lines are designed for the
insulator disc, so please be sure before answering
| Is This Answer Correct ? | 11 Yes | 2 No |
Answer / swapnil
coz of form factor which is 1.11 and emf eqn of t/f is also
multiple of form factor whichmakes easy for t/f to transmit
at these voltages
| Is This Answer Correct ? | 0 Yes | 0 No |
Answer / shahid
transmission always done at high voltage becuase
1) To reduce losses, losses is(I2R) we step up
voltage simultaniously reduce current through
transformer as current is very less losses will
also be very less as losses is(I2R)
2) If we transmit at high current conducter size
will get increase because to increase current
resistance must be reduce. To reduce resistance
we have two way i.e either length of transmission
should decrease or area should increase because
resistance(r=$l/a)l=length,a=area
if we transmitt at high current size of conductor
will be very thick because length cant be reduce.
| Is This Answer Correct ? | 10 Yes | 13 No |
Answer / nitin goyal
Its not form factor, if it was so then why there are 400KV
or 765 KV lines.
Answer to it is just a coincidence, It all started in 1881
when first hydroelectricity generator was set up in niagara
falls. That generator produced 110V and then onwards it all
started with that
So it is a mere coincidence that there are 11,33,66,132 KV lines
| Is This Answer Correct ? | 4 Yes | 10 No |
Answer / ruddho
i have also this question. Its a request for everyone if u
know the answer correctly then plz answer otherwise not.
| Is This Answer Correct ? | 4 Yes | 11 No |
Answer / sunil kumar singh
each insulator disc of rating is multiple of 11 so we use 11,33,66kv
| Is This Answer Correct ? | 2 Yes | 13 No |
Answer / k.prakashchandra
The early AC incandescent bulb was of 110 V
| Is This Answer Correct ? | 1 Yes | 23 No |
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