You have the bus voltages; now you just need to multiply the system's
nodal admittance matrix by the complex voltage vector to get the complex
currents vector. See the makeYbus function in MATTPOWER.
Carlos.
Arkan Arkan wrote:
Thank you, Ilias. But, unfortunately, there is not any direct
information about current in the Manpower like you mentioned and we
should calculate based on the information obtained from runpf.
On Fri, Mar 30, 2018 at 9:06 AM, Ilias Sarantakos
<[email protected] <mailto:[email protected]>> wrote:
Hi Arkan,
If you type ''result = runpf(mpc)'', then you will get the power
flow results of your network, stored in the ''result'' variable.
Now that you have the voltages (magnitudes and angles) at all
buses, you can calculate the current at each branch. I think it
would be helpful to check Appendix B in MATPOWER manual, which can
guide you how to access the results of your network. For example,
''result.bus(1,8)'' and ''result.bus(1,9)'', contain the magnitude
and angle of voltage at bus 1.
Hope this helps.
Kind regards,
Ilias Sarantakos
2018-03-29 2:25 GMT+01:00 Arkan Arkan <[email protected]
<mailto:[email protected]>>:
Hi everyone,
I am wondering how can I get the magnitude and the phase angle
of the current in the branches of any case file in the Matpower.
Thanks for your help.
