Ray Zimmerman

For unit commitment problems, MOST first solves the mixed-integer problem to get the status of the binary commitment variables. However, the MILP and MIQP solvers, such as CPLEX, do not...

1. Are any of the ramps from one period to the next in the original solution exceeding twice the RAMP_30 values you specify? If not, it simply means that none...

Ok, I misunderstood what you meant by "UC does not change". I thought you meant the entire commitment schedule over the horizon was identical for the run with ramp limits...

This looks to be a duplicate of #5, and it appears that some work was already done there on adding that feature. It would be wonderful if you were able...

In an OPF in MATPOWER, you are looking at a single snapshot in time, so the objective function is in $/hr. In MOST, the time dimension is explicitly included, so...

It certainly could be useful information, depending what you are trying to do. There are many ways that the cost information associated with a MOST solution could be sliced and...

If you look at the output of the `opt_model` object (`mdo.om`), you can see the names used for the various cost components. Unfortunately, these names are not documented anywhere, but...

The 2 lines of code I suggested should give you the valid cost of generation in each scenario. When you say the _f_ objective decreases, you mean that the overall...

In the single period example from`most_ex4_dcopf_ss` adding the contingencies **does** increase the objective, as I would expect. The dispatchable loads simply add a large negative offset to the objective. Just...

The cost terms displayed by `display_soln()` should be the generator cost times the scenario probability. So the base case cost terms `Cp(t, 1, 1)` are around 97 and 94, while...