how the transmission voltage ranges are decided like 11kV,33kV,66kV,132kV,220kV

how the transmission voltage ranges are decided like
11kV,33kV,66kV,132kV,220kV,400kV,725kV.... why not choose
the transmission line voltage as 23kV,164kV,440kV?? what's
the reason??

Question Posted / j.karthik

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how the transmission voltage ranges are decided like 11kV,33kV,66kV,132kV,220kV,400kV,725kV.... why..

Answer / raju

nothing

this taken some constant

take the form factor 1.1

11 kv
33kv
132kv

Is This Answer Correct ?

16 Yes

4 No

how the transmission voltage ranges are decided like 11kV,33kV,66kV,132kV,220kV,400kV,725kV.... why..

Answer / ubaekwena humphrey

to maintain a uniform factor

Is This Answer Correct ?

7 Yes

2 No

how the transmission voltage ranges are decided like 11kV,33kV,66kV,132kV,220kV,400kV,725kV.... why..

Answer / manish sharma

In the case of a sinusoidal wave ie., an analogue wave, the
form factor is approximately 1.11.

Form factor of an alternating current waveform (signal) is
the ratio of the RMS (Root Mean Square) value to the
Absolute Average Value (also referred to as the Practical
Average Value) of the waveform.

Therefore due to form factor our volatges are 11KV, 33KV,
66KV ...

Is This Answer Correct ?

3 Yes

3 No

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