Hi all,
I was trying to scale the loads and generation in MATPower using the
following lines:
clc;clear all;
define_constants;
mpcb = loadcase('case118'); % load base case
mpct = mpcb; % set up target case with
mpct.bus(:, VM) = 1;
mpct.bus(:, VA) = 0;
mpct.gen(:, VG) = 1;
mpopt =
I am extremely sorry about this. Thank you!
On Mon, Apr 13, 2015 at 4:48 PM, Ray Zimmerman r...@cornell.edu wrote:
I almost started to become superstitious …
… then I noticed a typo in the last line before the call to runpf().
Left-hand side has QD, right-hand side has PD.
Ray
On Apr
I almost started to become superstitious …
… then I noticed a typo in the last line before the call to runpf(). Left-hand
side has QD, right-hand side has PD.
Ray
On Apr 13, 2015, at 3:58 PM, Shruti Rao sra...@asu.edu wrote:
Hi all,
I was trying to scale the loads and generation in
I don’t understand your question. But to reiterate, MATPOWER does not include
any SQP algorithm code.
Ray
On Apr 11, 2015, at 4:19 AM, Rurizwan Syahru Wibisana rurizwa...@gmail.com
wrote:
is it you have manual calculation in simple case for sqp algorithm for
optimal power flow?
I suppose this is a bit unusual, but I don’t think you are doing anything
wrong. The most likely explanation is simply that adding a dispatchable DC line
where you did somehow makes the problem numerically much more difficult to
solve. You might try changing the from and to bus parameters for
