SCUC in matpower

Dear Dr. Ray, I want to do SCUC using matpower. I already know that MOST have deterministic and stochastic UC feature. So my question is that can it do security constrained UC? if yes, then how can i get line flows data as MOST output does not give such information. I want to use line flows inform

RE: HVDC and SVC

Thank you very much, Ray. Albert From: bounce-123103859-78146...@list.cornell.edu On Behalf Of Ray Zimmerman Sent: Thursday, 15 November 2018 1:50 AM To: MATPOWER discussion forum Subject: Re: HVDC and SVC For HVDC lines, see section 7.6.3 in the User’s Manual

Re: AC power flow not converge

Thanks you very much for the solution. Amalia. Στις Τετ, 14 Νοε 2018, 17:57 ο χρήστης Ray Zimmerman έγραψε: > The *AC power flow* (runpf) appears to solve just fine. > > >> mpc = loadcase('existing_system'); > >> mpopt = mpoption('verbose', 1, 'out.all', 0); > >> r = runpf(mpc, mpopt); > > MATP

RE: HVDC and SVC

Dear Carlos and Ray Thank you very much for your comments. Alberto From: bounce-123104696-78146...@list.cornell.edu On Behalf Of Carlos E Murillo-Sanchez Sent: Thursday, 15 November 2018 5:09 AM To: MATPOWER discussion forum Subject: Re: HVDC and SVC To clarify a little further

Hydro units won't connect in the DCOPF using MOST.

Hello Doctor: I have a question whilst using MOST, I hope you can help me out clarify this. I am running a dcopf study using MOST. My system is the IEEE RTS 24 bus. I am including reserves for each generator, as well as costs; these input data is in the ex_xgd_res function. I am adding one continge

Re: HVDC and SVC

To clarify a little further on Ray's advice: An SVC can be approximated by a generator under voltage control that can sink QMIN or source QMAX MVArs, but this would be accurate for an SVC with a slope of infinity (i.e., constant voltage).  If you want

Re: ANNOUNCE: MATPOWER 7.0b1

Congratulations! Every step further is a big advance for our community. Thanks a lot for you effort and dedication. José Luis de la Fuente De: bounce-123103923-8181...@list.cornell.edu en nombre de Ray Zimmerman Enviado: miércoles, 14 de noviembre de 2018 1

Re: AC power flow not converge

The AC power flow (runpf) appears to solve just fine. >> mpc = loadcase('existing_system'); >> mpopt = mpoption('verbose', 1, 'out.all', 0); >> r = runpf(mpc, mpopt); MATPOWER Version 7.0b1, 31-Oct-2018 -- AC Power Flow (Newton) Newton's method power flow converged in 3 iterations. The OPF (ru

Re: AC power flow not converge

Hi, The AC power flow (runpf) is converging for your system, while the AC optimal power flow (runopf) does not. The reason being the line ratings (rateA, B, C) are less than the load they are supplying to. For instance, the load on bus 2 is 2.8 MW, but there is a single line 1-2 supplying pow

ANNOUNCE: MATPOWER 7.0b1

Hi MATPOWER users, The first beta version of MATPOWER 7 is now available for download from the MATPOWER website . See the highlights of the new release below or here

Re: HVDC and SVC

For HVDC lines, see section 7.6.3 in the User’s Manual . And an SVC can be modeled as a generator with PMIN and PMAX equal to 0. Ray > On Nov 14, 2018, at 5:43 AM, in...@gotalk.net.au wrote: > > Dear Ray > > Does MATPO

AC power flow not converge

I am working on an island system. I make a case where I depict the whole system. The lines are in 15KV and there are 3 generators in 5MW each. I run an AC power flow (runopf)and the message is Did not converge in 5 iterations. I have done the : * define_constants; mpcbase = loadcase('casefile'); m

HVDC and SVC

Dear Ray Does MATPOWER support any form of HVDC or SVC? Kind Regards Alberto Sarnari