Re: Introducing contingency in the network

[Abhyankar, Shrirang G.]

MATPOWER’s power flow does not enforce generator active power limits. To do so, 
run a dc optimal power flow (rundcopf).

Thanks,
Shri
Ph: (630) 252 0219
www.mcs.anl.gov/~abhyshr<http://www.mcs.anl.gov/~abhyshr>



From: <bounce-122200108-73493...@list.cornell.edu> on behalf of Zain Anwer 
Memon <zainanwerme...@gmail.com>
Reply-To: MATPOWER discussion forum <matpowe...@list.cornell.edu>
Date: Wednesday, January 17, 2018 at 4:35 AM
To: "matpowe...@list.cornell.edu" <matpowe...@list.cornell.edu>
Subject: Introducing contingency in the network

Hello everyone,

I am analyzing a simple case, that has 3 generators and liming the max power of 
all the generators to some limit.
If I turn off one generator, and run dc power flow, then one of the generator 
real power is increased by its own more than its MAX Power to meet the load 
requirement.
how generators real power becomes more than its max active power power limit?
I just want to have a difference in generation and demand so that I can 
implement a deterministic algorithm.

--
Zain Anwer Memon

Introducing contingency in the network

[Zain Anwer Memon]

Hello everyone,

I am analyzing a simple case, that has 3 generators and liming the max
power of all the generators to some limit.
If I turn off one generator, and run dc power flow, then one of the
generator real power is increased by its own more than its MAX Power to
meet the load requirement.
how generators real power becomes more than its max active power power
limit?
I just want to have a difference in generation and demand so that I can
implement a deterministic algorithm.

-- 
Zain Anwer Memon