almost_linear
Member
- Location
- UK
Hi all,
As the title suggests I am trying to understand what is involved in converting from P-P to P-n values.
More specifically I am trying to understand what the process for doing this is, if I had the raw waveform data from two VTs (assuming middle phase is grounded).
i.e Is there a simple vector math I can perform on each measured sample?
Or maybe a more complex trigonometric(/phasor diagram) based solution to get from P-P to P-n.
Please state assumption made and remember its a 3-phase, 3-wire unbalanced solidly ground system.
I also trying to understand what functions other than power metering (eg protection?) I could perform on the obtained signals/variables.
If you have links, manuals, or books to point me to that would be great.
Thanks
Alex
As the title suggests I am trying to understand what is involved in converting from P-P to P-n values.
More specifically I am trying to understand what the process for doing this is, if I had the raw waveform data from two VTs (assuming middle phase is grounded).
i.e Is there a simple vector math I can perform on each measured sample?
Or maybe a more complex trigonometric(/phasor diagram) based solution to get from P-P to P-n.
Please state assumption made and remember its a 3-phase, 3-wire unbalanced solidly ground system.
I also trying to understand what functions other than power metering (eg protection?) I could perform on the obtained signals/variables.
If you have links, manuals, or books to point me to that would be great.
Thanks
Alex