for example, I use dealy load profile instead of 12 hours, i write ex_case30a.m and ex_case30b.m instead of ex_case3a.m and ex_case3a.m and then enter the found possible bus matrix parameters of 30 bus system by estemating ramp_agc ramp_10 ramp_30 ramp_q and and keeping some ones as for 3 bus system the same thing for others needed files where I extend the matrix columns with respect to the number of generators and I assume there exist the same number of contengencies and storage systems...
Le jeudi 2 juillet 2020 à 18:38:04 UTC+2, Ray Daniel Zimmerman <r...@cornell.edu> a écrit : I’m afraid you’ll have to be more specific with your question. I assume you are starting with one of the tutorial examples inmost_ex7_suc.m … which one? And what are the modifications you have made to adapt it for a 30-bus case, and where are you running into trouble? Ray On Jun 30, 2020, at 2:02 PM, sebaa haddi <sebaa...@yahoo.fr> wrote: dear Matpower team I hope some details about extending the three bus test system SCUC case study to 30 bus case system including for example one wind power or PV system at bus number 29, I try to read the MOST manual and understood the given example of three bus power system, and then visualizing all the associated patterns for SCUC problem, different scenarios, but the problem when I try to apply on IEEE30 bus system including intermittent source I can’t write the files of transfer Matrix, ex_storage.m, ex_transmat.m, ex_wind_profile.m, ex_xgd.m, ex_xgd_ramp.m, idx_gen.m as well as other needed files for IEEE30 , I’m preparing for a paper in this context All my thanks