Dear all,
I wonder if there exists a Nordic 32 model implemented in MatPower and if
you can share this with us. The description of the original system can be
found in CIGRE TF 38-02-08.
https://www.google.no/url?sa=t&rct=j&q=&esrc=s&source=web&cd=4&cad=rja&uact=8&ved=0CDMQFjADahUKEwjQk8yy5N_IAhVJE
hi ,i have code which i which i donot know some thing LIKEfunction
mpc=case30(cap1,cap2,tap)i want to specify each variable for 24 hour
simulation.hour_simucap1cap2 tap 1 1
0 02 0 1 -1for 24
an
You can obtain the Nordic 32 description in PSS/E v31 raw format from Bjorn
Karlsson thesis here (
http://www.diva-portal.org/smash/get/diva2:658793/FULLTEXT01.pdf), and then
use MATPOWER's conversion routine psse2mpc.
Regards,
--
Jose L. Marin
Gridquant España SL
Grupo AIA
On Mon, Oct 26, 20
Dear all,
I am implementing a search for the maximum loadability limit using an OPF with
dispatchable loads in Matpower. To model PV buses, I set generator voltage set
points as upper limits for the voltage magnitude at generator buses and set the
lower voltage limits at a low number (0.1 for e
Thanks a lot Jose.
BR//Yongtao
On Mon, Oct 26, 2015 at 11:37 AM, Jose Luis Marin
wrote:
>
> You can obtain the Nordic 32 description in PSS/E v31 raw format from
> Bjorn Karlsson thesis here (
> http://www.diva-portal.org/smash/get/diva2:658793/FULLTEXT01.pdf), and
> then use MATPOWER's convers
Hi Florian,
This is very strange. Just curious if Olaf or Drosos from the PARDISO project
are able to reproduce the issue or give you any insight into what is causing
this?
Ray
> On Oct 25, 2015, at 9:40 AM, Florian Schaefer
> wrote:
>
> Dear Mr. Zimmerman,
>
> I tried to install the
Thanks Jose, we’re looking into this.
Ray
> On Oct 23, 2015, at 8:48 AM, Jose Luis Marin wrote:
>
>
> Sorry, I think I made a mistake in my interpretation of what R1-2 means when
> CZ=3. I think it is just the losses in the actual short-circuit test, in
> which the applied voltage is v
Without more information about your setup, I’m afraid it’s a bit difficult to
say exactly how to accomplish what you want. The case30() function included in
MATPOWER is a simple case file that does not take any arguments. It seems as if
you are probably attempting to update some capacitor and tr
Hi Florian,
Which cpp code (matlabmatrix.cpp sparsematrix.cpp pardisoinfo.cpp
pardisofree.cpp) are you using?
The IPOPT-PARDISO binaries from
http://pardiso-project.org/index.php?p=manual
Matpower Libraries: Ipopt 3.12.1 (extended version), PARDISO 5.1.0 (threaded
version)
work fine in Matpo
Good question. Because the interior point solver does not explicitly define
binding vs. non-binding constraints in the solution, any such classification
must be done based on numerical tolerances. I’m pretty sure the intent of that
code was to only zero out the shadow prices (i.e. mark the const
hi ray thanks for your quick responce.i want to explain all programm to u so
you can help me in defining constants this is first function line in which
case30 takes variables values.function mpc
=case30(cap1,cap2,cap3,cap4,cap5,cap6,tap) ; then capacitors are defined as if
cap1==1c1=0.6else c1
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