Thank you so much Davis! My code is already working, I forgot to put CloseDI command.Thanks for the help again!
good day mr duran. I tried following your comment (https://sourceforge.net/p/electricdss/discussion/861977/thread/168680d0/#b666) but when i open the folder there is no csv files on it.
Hello! I'm using an algorithm to find the best position and size of a capacitor in a distribution system. I used opendss and matlab. I have a problem to the result of power loss im getting. this is the snippet of my code while the attached pic is the losses i get. Thank u! DSSText.Command= ['New Capacitor.C8 Bus1=8 kV=23 Phases=3 kvar=' num2str(y(7))]; DSSText.Command= ['New Capacitor.C9 Bus1=9 kV=23 Phases=3 kvar=' num2str(y(8))]; DSSText.Command= ['New Capacitor.C10 Bus1=10 kV=23 Phases=3 kvar='...
Good day Sir Dugan! Thank you for your reply! I understood it better now. I have another question if its okay with you. My study requires 1 year evaluation, how will I adjust the values or do it to my PV system? Thank you again!
Good day! I have a problem regarding inserting PV system to the 33-bus system. How do i know what size is okay? I used this snippets i saw here in sourceforge and it actually works but I don't understand what size is this. New PVSystem.PV_1 phases=3 bus1=30 kV=4.16 kVA=275 irrad=1 Pmpp=250 ~ temperature=25 PF=0.88 effcurve=MyEff P-TCurve=MyPvsT Yearly=MyIrrad TYearly=MyTemp New XYcurve.genericP npts=6 Yarray=(0.6,0.6,0,0,-1,-1) Xarray=(0.5,0.945,0.97,0.99,1.045,1.50) Thank you in advance for your...
Good day! I have a problem inserting solar PV in one of the buses of my distribution system. Its should be yearly and has 8760 data points (hourly for a year). Thank you in advanced! I'm new to opendss i hope you can help me. Thanks again!
Good day, Sir Satsangi! Is this the same if I'm using Teaching-Learning Based optimization (TLBO) for optimal location and size of capacitor in a 33-bus system? thank you!
Thank you for responding Sir Dugan! The attached file is the reference i found for 10 bus system.
Hi all! does anyone have ieee 10 bus lines/loads data? Im not sure if the one im using is correct. I also checked the total losses and I got Total Circuit Losses = 688.9 +j 934.4 I appreciate the help so much. Thank you
Thank you for your reply, Mr. Dugan! will try to do that. I actually have results already but using matlab only, I used backward forward load flow in Matlab. Until now I have a hard time incorporating OpenDSS with matlab. :( Will try to read and watch more examples. May I also know if you have a data for 10-bus system? For my project I am using 2 test system. Thank you again!
My project is finding the optimal location of capacitor in a33 bus system test using opendss and matlab. I already coded the optimization algorithm in matlab but I have a problem in implementing or coding my load model. My load model is a stepwise load duration curve (3 levels- peak, medium, off peak) that will be evaluated in 1 year. How will I do it? THANK YOU IN ADVANCE FOR UR HELP ^^
My project is finding the optimal location of capacitor in a33 bus system test using opendss and matlab. I already coded the optimization algorithm in matlab but I have a problem in implementing or coding my load model. My load model is a stepwise load duration curve (3 levels- peak, medium, off peak) that will be evaluated in 1 year. How will I do it? THANK YOU IN ADVANCE FOR UR HELP ^^
hello Andrey! May I know if you were able to run the file without an error? I'm currently doing my final project regarding optimal placement of capacitor using Matlab and OpenDSS. I'm using your script to know the flow of the opendss process. I already encoded my optimization algo.
Hi all! does anyone have ieee 10 bus lines/loads data? Im not sure if the one im using is correct. I also checked the total losses and I got Total Circuit Losses = 688.9 +j 934.4 I appreciate the help so much. Thank you
hello! sorry for bumping your post but I also have a similar problem. The loss I got is 210.7 +j 137.0. I'm using matlab and opendss
hello! i think the problem is on the GA function itself