ld be …
mpc.bus(k, BUS_TYPE) = NONE;
Hopefully, that’ll fix it.
Ray
On Jan 12, 2022, at 5:08 AM, prem panigrahi
mailto:prempanigr...@outlook.com>> wrote:
Dear Ray Sir, wish you are fine and healthy
with your suggestion I am able to automate the bus and branch removal process
with so
g, GEN_STATUS) = 0;
Best regards,
Ray
On Dec 6, 2021, at 11:56 AM, prem panigrahi
mailto:prempanigr...@outlook.com>> wrote:
Dear Ray sir
Yes you are right. I am facing problem during automate the process.
Actually I need to remove approx.. 400 buses, and each time after remo
probably go with the first PV bus, and if there are no PV buses, then that whole island blacks out and you can set all its
buses to type NONE.
Hope this helps,
Ray
On Dec 4, 2021, at 12:58 PM, prem panigrahi <prempanigr...@outlook.com> wrote:
Dear R
Dear Ray sir, is their any direct process to remove bus along with their
branches . I am using mpc.branch method to remove a bus with its branches. But
I am facing difficulties when I have to remove more than 100 buses.
mpc.branch([6161;7479;7480;7488;7489;7490], BR_STATUS) = 0;
Dear all
I am facing problem in DCOPF. I need help. In my power grid model i
have fixed the capacity of transmission line in RATE A column by 110% of
initial power flow. Then increase the load by a factor (1.01) and run the
dcopf. But matpower showing infeasible model due to which it
Dear all
I am facing problem in DCOPF. I need help. In my power grid model i
have fixed the capacity of transmission line in RATE A column by 110% of
initial power flow. Then increase the load by a factor (1.01) and run the
dcopf. But matpower showing infeasible model due to which
as a blackout??. Please help me
Prem Panigrahi
Research Scholar
India
From: prem panigrahi <prempanigr...@outlook.com>
Sent: Tuesday, June 20, 2017 6:13:37 PM
To: matpowe...@list.cornell.edu
Subject: DCOPF not converge
Hello Sir
In IEEE 57 bus, I
Hello Sir
In IEEE 57 bus, I fixed the capacity of transmission line and then increase the
load and generation. I removed those lines whose power flow is more than their
capacities. When the grid is divided into 4 parts. I remove the isolated buses.
In island 1--- 45 buses are there
