Re: individual trajectories in stochastic unit commitment in MOST

Hi Carlos, This is a complex formulation, so I’m not 100% sure of the answer. The TransMask input parameter employed by filter_ramp_transitions() to create the “individual trajectories” case only affects the definition of the ramp reserves, not the storage handling. The storage is still not han

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individual trajectories in stochastic unit commitment in MOST

Hello everyone: I've followed the example "most_ex7_suc.m", especifically on the* individual trajectories* case. I am aware that what the code does in this case (correct me if I'm wrong) is to optimise the cost of a set of probability weighted scenarios (and transitions) with certain costs and co

Re: stochastic unit commitment

All my thanks our Pr. R. Zemmerman if i find some difficulties I will emailing you Le mercredi 22 janvier 2020 à 23:11:51 UTC+1, Ray Daniel Zimmerman a écrit : It’s not clear what problem you want to solve. Please read FAQ #2 and if you have a specific question about how to do somet

Re: stochastic unit commitment

Hello Soklen, Do the following: 1. Build your IEEE-33 bus in Matpower format. 2. Model your DG in the desired system bus. 3. You may do the following: mpc.bus(:, VMAX) = 1.05; mpc.bus(:, VMIN) = 0.95; opt = mpoption; opf.softlims.default =1; opt.opf.flow_lim = 'P'; opt.out.all = 1; [results_ori

Re: stochastic unit commitment

It’s not clear what problem you want to solve. Please read FAQ #2 and if you have a specific question about how to do something that MATPOWER can do, we’re happy answer that. Ray On Jan 19, 2020, at 11:36 PM, Soklen Sim mailto:simsokle...@gmail.com>>

Re: Use of transmat matrix in full stochastic unit commitment

have been able to add some linearised constraints to it, but now I face the challenge of using the stochastic programming option in MOST. I've followed the example "most_ex7_suc" for these cases: Stochastic Unit Commitment - Individual Trajectories and Stochastic Unit Commitment - Fu

Re: stochastic unit commitment

Dear Sir, Hello, can you tell me how to implement on IEEE-33 bus reconfiguration with renewable energy DG, and how to set voltage or current constraint with this matpower? regards, On Sat, Jan 18, 2020 at 1:28 AM Ray Daniel Zimmerman wrote: > First, please post your question only once. > Second

Re[2]: Use of transmat matrix in full stochastic unit commitment

em. I have been able to add some linearised constraints to >>it, but now I face the challenge of using the stochastic programming option >>in MOST. I've followed >> the example "most_ex7_suc" for these cases: Stochastic Unit Commitment - >> Individual Trajecto

Re[2]: Use of transmat matrix in full stochastic unit commitment

nearised constraints to >>it, but now I face the challenge of using the stochastic programming option >>in MOST. I've followed >> the example "most_ex7_suc" for these cases: Stochastic Unit Commitment - >> Individual Trajectories and Stochastic Unit Commitment

Re: Use of transmat matrix in full stochastic unit commitment

g option in MOST. I've followed the example "most_ex7_suc" for these cases: Stochastic Unit Commitment - Individual Trajectories and Stochastic Unit Commitment - Full Transition Probabilities and my questions are the next ones: 1. I've realised that in the matrix "transmat

stochastic unit commitment

First, please post your question only once. Second, please use a new subject line when posting a new question. Now to your question, have you looked at the MATPOWER Optimal Scheduling Tool (MOST)? If so, please feel free to ask any specific questions you have about how to use it. If not, I sugge

Use of transmat matrix in full stochastic unit commitment

st_ex7_suc" for these cases: Stochastic Unit Commitment - Individual Trajectories and Stochastic Unit Commitment - Full Transition Probabilities and my questions are the next ones: 1. I've realised that in the matrix "transmat", only the first column is full with the three scenari