>
>>
>>
>> Thanks,
>>
>> Shri
>>
>> Ph: (630) 252 0219 <(630)%20252-0219>
>>
>> www.mcs.anl.gov/~abhyshr
>>
>> *From: *<bounce-122357558-73493...@list.cornell.edu> on behalf of
>> Aakanksha Dubey <aad...@leh
lehigh.edu>>
> Reply-To: MATPOWER discussion forum <matpowe...@list.cornell.edu
> <mailto:matpowe...@list.cornell.edu>>
> Date: Wednesday, March 7, 2018 at 4:23 PM
> To: "MATPOWER-L@cornell.edu <mailto:MATPOWER-L@cornell.edu>"
> <MATPOWER-L@
at 4:23 PM
To: "MATPOWER-L@cornell.edu<mailto:MATPOWER-L@cornell.edu>"
<MATPOWER-L@cornell.edu<mailto:MATPOWER-L@cornell.edu>>
Subject: AC OPF Convergence Issue
Hi All,
I am developing a model for transmission grid at Lehigh Valley. My model seems
to converg
gt; on behalf of
> Aakanksha Dubey <aad...@lehigh.edu>
> *Reply-To: *MATPOWER discussion forum <matpowe...@list.cornell.edu>
> *Date: *Wednesday, March 7, 2018 at 4:23 PM
> *To: *"MATPOWER-L@cornell.edu" <MATPOWER-L@cornell.edu>
> *Subject: *AC OPF Conver
ER-L@cornell.edu" <MATPOWER-L@cornell.edu>
Subject: AC OPF Convergence Issue
Hi All,
I am developing a model for transmission grid at Lehigh Valley. My model seems
to converge for DC OPF but is unable to converge for AC. I have tried the
following to make it converge but nothing wo
Hi,
I would recommend you to go through these 8 steps (Incremental approach)
suggested by Jose L. Marin. Click the link given below and follow the
steps. When I was working with the German Grid I had same problems but
these steps really worked out in my case. I hope you will get solution.
Hi All,
I am developing a model for transmission grid at Lehigh Valley. My model
seems to converge for DC OPF but is unable to converge for AC. I have tried
the following to make it converge but nothing works:
- Relaxed Vmax, Vmix, BR_R, Rate_A,Rate_B,Rate_C
- Checked the tap ratio, Qmax,
