aro

Hello Lung-An, To see the ِDiesel_DG parameters type the following sentence (in gridlabd): gridlabd --modhelp generators:diesel_dg Correction your file: object diesel_dg { name DIESEL_1; parent node001; flags DELTAMODE; //Enable deltamode on the model Rated_V 4160.0; //Need to set the Line-to-line rating Rated_VA 1.0 MVA; //Just picked an arbitrary size //Gen_type SYNCHRONOUS; //This value does nothing Gen_type DYN_SYNCHRONOUS; //This is the proper value rotor_speed_convergence ${rotor_convergence};...

Hello Dear Frank Thank you very much -aro

Hello Dear Frank You were right. ( the GFA works on constant_current loads ,...) About using the GFA and CVR simultaneously: I changed the parameters and the simulation resulted well. (CVR_Kd1 200---->CVR_Kd1 10) Thank you very much -aro

Hello Dear Frank You were right. ( the GFA works on constant_current loads ,...) About using the GFA and CVR simultaneously: I changed the parameters and the simulation resulted well. (CVR_Kd1 200---->CVR_Kd1 10) But I have a question: Why the GFA affect the CVR? While the CVR is related to the Diesel_DG and the combination of GFA and CVR should improve the results (frequency stability) Thank you very much -aro

Hello again Dear Frank, in this link: Why the voltage decrease from the set value(0.05)? and Is the node151 voltage, the average voltage of the three-phase?(in article) Thank you -aro

Hello again Dear Frank, In the above figure: Why the voltage decrease from the set value(0.05)? and Is the node151 voltage, the average voltage of the three-phase?(in article) Thank you -aro

Hello Dear Frank You were right. ( the GFA works on constant_current loads ,...) About using the GFA and CVR simultaneously: I changed the parameters and the simulation resulted well. But I have a question: Why the GFA affect the CVR? While the CVR is related to the Diesel_DG and the combination of GFA and CVR should improve the results (frequency stability) Thank you very much -aro