Yes I completely agree with this request. Really appreciate if there is a user guide that explains what each column means.
Hi Davis, Thanks. I just figured out the problem. It was because there was conflict of line execution order, because I had some redirected commands referring to .DSS files The linecode commands, in this case, came after the load command and this was what caused the error.
Unfortunately that didn't work out. I still get the same error.
Thank you David. Yes, you are right. Btw after fixing that bug, now I'm trying to store all the power system data in a database format and automatically generate the script to generate the network topology using python COM interface. For example, I import the load data as a pandas dataframe and the iterate over each row. At each iteration, I use the following command (I remove some of the indexing from the code to make it more readable). self.DSSText.Command = 'New Loadshape.{0} npts={1} interval=1...
Dear OpenDSS community, I came across an error 485 max. iterations exceeded error when running a daily simulation (static mode) with storagecontroller2. Attached is the event log. Could you please help me to understand what is going wrong here? Best regards Buddi
Dear Roger, I have a small clarification regarding vminpu and vmaxpu properties of loads (rather how vpu is calculated for 1ph and 3ph loads). For 1ph load; vpu = v_ln/base_v_ln For 3ph loads; vpu = v_ll/base_v_ll Is this correct? Thank you, Buddi
Is it possible to adjust only one element in the load mult vector without rewriting the entire vector? I mean something equivalent to loadmult(t=5) = 0.4, something like that.
Hi Celso, Thank you for the quick response. One more clarification: So as you said I can set the single phase value when I use I-PeakShave mode. The KWTarget parameter in this case is the single phase current, am I right (or the single phase power and OpenDSS calculates the current w.r.t. voltage)? Secondly, in PeakShave mode I should set the KWTarget to single phase power, and OpenDSS multiplies it by the no. of phases, am I right? What happens if the no. of phases is 4 (incl. neutral for a system...