ned (in terms of improvement to your objective) by
changing the commitment variables to 0.
I suspect that using non-zero PMIN values will clarify things.
Ray
On Sep 18, 2017, at 4:10 PM, Quarm JNR, Edward A
<edwardarthur.quarm...@mavs.uta.edu<mailto:edwardarthur.quarm...@mavs.uta.edu
Dear All,
I am running a multi-period simulation with :
1. Zonal reserve requirement
2. Stochastic Wind generator
3. Load profile
My output for reserve generation always includes an extra row for the wind
generator but with zero output. For example, I have 5 generators in my
,ones(ng,1),1e-9*ones(ng,2)];
… and see if the results make more sense. This is due to the fact that the
delta_+ and delta_- variables in (4.26) and (4.27) in the manual are only
“tight” against these constraints if they have a positive cost on them.
Ray
On Sep 14, 2017, at 1:
Hi community,
I am running a multi-period simulation in MOST with the following constraints:
1. Zonal reserve requirement
2. Generator Minimum up time and down time
I obtain output generation (P) but they violate ramp_30 on the last generator
(which limits the period to period ramping).
ussion forum
Subject: Re: MOST Results on Bus Voltage Angles
You can find them in …
mdo.flow(t, j, k).mpc.bus(:, VA)
See Table 5-10 in the MOST User’s Manual for details.
Ray
On Aug 31, 2017, at 2:16 PM, Quarm JNR, Edward A
<edwardarthur.quarm...@mavs.uta.edu<mailto:edwardarthur.qua
Hi MATPOWER/MOST community,
I am running a unit commitment simulation on MOST using a case study file for
example "case3b" and I want to obtain bus voltage angles from the results that
most gives. From my understanding. MOST uses DC network model to run a DCOPF
with binary variables and
