Thank you, Carlos. May I ask you to write the code here? I am not a power system student. Thanks
On Sat, Mar 31, 2018 at 9:41 AM, Carlos E Murillo-Sanchez < [email protected]> wrote: > 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. >> >> >> >> > >
