In that case, what you mean is probably:
define_constants;
mpc = loadcase('case95');
for i = 1:10
mpc.bus(5,[PD QD]) = 1.2 * mpc.bus(5,[PD QD]);
x = runpf(mpc);
v(i) = x.bus(5,VM)
q(i) = x.bus(5,QD)
p(i) = x.bus(5,PD)
end
--
Jose L. Marin
Gridquant España SL (Grupo AIA)
On Mon, May
Dear Shri,
Thank you for your email. I tried this method, however it says that it does not
converge.
I am also looking to plot the voltage against the reactive power load. Is it
possible to do this using the continuation power flow method?
Thank you
Hiranya
On 24 May 2015, at 23:28, Abhyankar,
Hi Jose,
Thank you for your reply. What I want to do is increase it by a constant 20%.
So each iteration it takes the previous loads value and increases it by 20%.
Any idea how I could do this?
Thank you
Hiranya
On 24 May 2015, at 22:17, Jose Luis Marin wrote:
> Hi Hiranya,
>
> Quick guess:
