I’m not sure I understand your question exactly, but the placement of
generators in your system is defined in the case file. You can create your own
case file by copying one of the existing ones (like case9.m) and editing it
with data from your own system.
Ray
> On Sep 7, 2018, at 2:07 AM
Yes, those are equivalent ways to compute changes in power with respect to
changes in injections.
However, any PTDF matrix is an expression of sensitivities of flow w.r.t
injection under a specific slack assumption. MATPOWER makes it easy to specify
which slack assumption that is.
Ray
> O
Did you check the success flag in the results to make sure it solved
successfully?
Also, the fact that your example code uses mdo makes me wondering if it’s the
output of most(), not rundcopf(). If so, then you are looking in the wrong
place for the results.
Ray
> On Sep 3, 2018, at 1:59
Hello
may name is amir ali .I am student . I like work with MATPOWER tool .
because MATPOWER is faster simulation in the MATLAB.
my subject study is :
Distributed generation planning .and use TLBO , PSO algorithm for answers
Optimization .
ok !
so tow variables 1- where must be generation on the
