This is exactly what I was looking for. Thanks a lot.
From: bounce-119516893-73506...@list.cornell.edu
[mailto:bounce-119516893-73506...@list.cornell.edu] On Behalf Of Carleton
Coffrin
Sent: Friday, August 7, 2015 9:09 PM
To: MATPOWER discussion forum
Subject: Re: 6 bus system Cost function ref
Hi Nandu,
In this report,
http://arxiv.org/abs/1411.0359
I did an extensive literature survey to track down the original sources of many
power network test cases. According to that survey, all of the data in
case6ww.m can be found in the book,
A.J.W.B. Wollenberg. Power Generation Operation
Dear Matpower community,
I wish I had the references for cost function of 6 bus system given in the case
file 'case6ww.m'. If it is not from any published papers, kindly let me know
how did Matpower come up with cost function of 6 bus system.
Thanks,
Nandu Balachandran
The University of New Orl
Dear Professor:
I am a Matpower beginner. I have read some of the emails in Email Archive.
And I've learned a lot from those email. But I still have some questions to
ask.
1) There is not a lot description about matrix A in 6.3.2 user-defined
constraints. Could you please give me a further descrip
I don’t quite understand your question, can you please elaborate.
The maximum value of loading scaling parameter ‘lambda’ gives a measure of how
much power can be transferred for a given transfer direction. So, lambda is
also a measure of the nose point for the whole network.
Shri
From: nilesh
Dear Sir,P-V curve solution using continuation power flow gives nose point
(maximum loading point) for individual bus.
My question is - How to get nose point for whole network (all buses) using PV
curve ? I want to find network voltage stability margin rather than
individual bus margin using CP
