I don't know what your algorithm does but I think you can do the same,
determine optimal generation and load, using MATPOWER's optimal power flow
(runopf). runopf supports all the constraints that you've listed.
Shri
From:
I am using an algorithm that changes the amount of demand and
generation at each bus (Pd,Pg) to mitigate over load of lines and enhance
the security. The output of my algorithm (Pd,Pg) must be checked to insure
that they are feasible. So, it is obvious that by assigning this new
calculated
Dear lavanya,
you can set options like pf.nr.max_it=n maximum number of iterations for
Newton’s method,
pf.fd.max_it=n maximum number of iterations for fast-decoupled method
pf.gs.max_it=n maximum number of iterations for Gauss-Seidel method
Here, n is number of iterations. for your case n=1. The
Dear Shri
Thanks for your answer. But I don't want to use runopf(). I want to write
these constraint manually with Ybus and equations I've written. Is that
possible? How should I start?
Thank you.
On Fri, Apr 10, 2015 at 1:24 AM, Abhyankar, Shrirang G. abhy...@mcs.anl.gov
wrote:
I don't know
Dear all,
I want to run power flow for single iteration, but in MATPOWER
software if i give command like runpf(casedata) for each iteration update
the values of V,delta and P and finally gives me single result. If i want
to run power flow for single iteration what can i do. Does anyone
Hello Lavanya,
I guess you could achieve this by setting pf.nr.max_it to 1 (or pf.fd.max
it or pf.gs.max it, depending on the powerflow method you use). See Table
4.2 in the Manual.
--
Jose L. Marin
Gridquant España SL
Grupo AIA
On Thu, Apr 9, 2015 at 9:28 AM, lavanya arubolu
