then how we can calculate the tap settings? Is there any way to calculate the transformer tap settings?
On Wed, May 17, 2017 at 2:21 PM, Bone, Gorazd <[email protected]> wrote: > The tap settings are provided in the case data. Look at the mpc.branch. > There you provide all the branch data, including taps and phases of > transformers. > > MatPower however does not calculate the taps, if this is what you're > asking. You must provide the taps. > > > ------------------------------ > *Od:* [email protected] [ > [email protected]] v imenu Akash Tyagi [ > [email protected]] > *Poslano:* 17. maj 2017 10:44 > *Za:* MATPOWER discussion forum > *Zadeva:* Re: Setting the initial values for the variables? > > Hello everyone, > Is there any option in MATPOWER to set the transformer tap settings, and > if it is then how we can set the settings and after running power flow, how > these settings are extracted from the results? > Please help. > > On Wed, May 17, 2017 at 12:10 PM, Bone, Gorazd <[email protected]> > wrote: > >> That's really simple. Thank you. >> >> >> ------------------------------ >> *Od:* [email protected] [ >> [email protected]] v imenu Ray Zimmerman [ >> [email protected]] >> *Poslano:* 16. maj 2017 21:10 >> *Za:* MATPOWER discussion forum >> *Zadeva:* Re: Setting the initial values for the variables? >> >> Since the results struct is a super-set of the input mpc, you can just >> use it directly as input. >> >> E.g. >> >> r1 = runpf(mpc); >> r2 = runpf(r1); >> >> When in doubt … just try it ;-) >> >> Ray >> >> >> On May 16, 2017, at 5:58 AM, Bone, Gorazd <[email protected]> >> wrote: >> >> Hello >> >> I wonder if it is possible to input the initial conditions of one load >> flow calculation into another load flow calculation. >> In trying to develop a method that calculates the taps and phases of >> transformer, so I have to repeatedly perform Load Flow calculations one >> after another and iterate the changes in taps and phases. I believe it will >> be faster if I the results from one iteration are used as initial values in >> the concurrent iteration. I was wondering if there is a built in way to do >> that and if not, how can I do it. >> >> Regards, Gorazd >> >> >> >
