I much appreciate if anyone can help me in details and steps to do such a
simulation in Matpower. Thanks.
On Sat, Apr 7, 2018 at 12:36 PM, Arkan Arkan wrote:
> I much appreciate if anyone can help me in details and steps to do such a
> simulation in Matpower. Thanks.
>
I much appreciate if anyone can help me in details and steps to do such a
simulation in Matpower. Thanks.
On Sat, Apr 7, 2018 at 12:29 PM, Ahmad Sadiq Abubakar <
ahmad.abuba...@futminna.edu.ng> wrote:
> I think the 33 nodes is a radial network, issues of convergence..
>
> On Sat, Apr 7, 2018,
I think the 33 nodes is a radial network, issues of convergence..
On Sat, Apr 7, 2018, 8:23 PM Arkan Arkan wrote:
> Thanks Ahmad. Would you, please, explain more and provide some code.
> Please consider that I am not a Power system student. So, I appreciate your
>
Thanks Ahmad. Would you, please, explain more and provide some code. Please
consider that I am not a Power system student. So, I appreciate your
detailed ans step by step description to do such a simulation in the
Matpower. For example, If I want to attach a 33 bus (case 33 in the
Matpower) to 14
I don't think there's a problem with your proposed integrated
transmission-distribution grid as long as the following is taken care of.
1) The distribution network section is not radial... Since conventional
load flow do not converge fine with radial network.
2) At point of common coupling between
Hi,
I am wondering how is it possible to simulate combined transmission system
and distribution grid in one place (global one) in the Matpower? I want to
see the effects of contingencies on transmission grid in the distribution
grid measurements values. Actually I want to attach a distribution