I was modify the code for simplicity. As a result, I use the same rule as MATPOWER, but the result are not converged because of lambda for equality often become NaN, i don't know how MATPOWER to gerantee the problem. I have attached my code. the main file is AMAIN_OPF2
-- ----------------------------------------------------- 舒德兀（Alex） schools of electrical engineering and automation ,Tsinghua University,China.. At 2013-04-23 04:23:15,"Ray Zimmerman" <[email protected]> wrote: Are you saying you have modified the interior point algorithm (MIPS) used by MATPOWER, or something else? It's impossible to suggest what the problem may be without a clear description of what you are doing. -- Ray Zimmerman Senior Research Associate 419A Warren Hall, Cornell University, Ithaca, NY 14853 phone: (607) 255-9645 On Apr 21, 2013, at 11:03 PM, 舒 <[email protected]> wrote: Hello， recently ,i modify the OPF with interior point algorithm. for the f_fcn = @opf_objfcn; %目标函数 可以包括grad+hessian gh_fcn = @opf_constraintsfcn; %等式约束+grad ipm_hessian = @opf_hessmatrixfcn; %hessian are the same, but the result is different with matpower .I don't know why.who can help me -- ----------------------------------------------------- 舒德兀（Alex） schools of electrical engineering and automation ,Tsinghua University,China.. At 2013-04-22 01:41:24,"angelina sirri" <[email protected]> wrote: Hi everyone! I am running ac opf in case ieee24 bus, doing a reliability analysis.In some hours the opf does not converge and I observe that in mpc.gen Qg exceeds the Qmin and Qmax limits. During these hours, the there is not a failure , and all the branches and generators have status=1. When this problem appears in an opf which are the possible solutions?What I should correct, take into account or change in order not to exceed the reactive power limits?? Any help would be great! Regards, Angelina
【修改】--修改内点法无功优化 2-PQ_包括发电机Pg+Qg.rar
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