tce

Could you please explain about the probability curve that gets generated below the P50,P90 and P95 figures? Also, how the curve is related to P50,P90 and P95? Thanks TCE

Can you please reply?

Hi, Thanks for your prompt response. It helped us to carry out our studies. Please let us know how to overload the inverter considering more than 1.33 DC/AC Ratio? Thanks, TCE.

Hi, I would like to know whether Solar GIS data can be imported and used in PVsyst for simulation. If so, please let me know how to import the data. Also, please let us know the other than Solar GIS and Meteonorm, what else weather data software can be used to run simulation in PVsyst. I have to do a study for a particular location with four different weather data resources and compare the simulation reports for analysis. Please support us with your reply. Thanks, TCE.

Hi, I am doing a study to arrive at the optimum DC/AC Ratio for our Solar MW Power Plants. As a part of this study, I am running simulations with different inverter overloads. When I tried to overload the inverter beyond 1.33 (say, 1.4), the simulation report shows only 1.33 as the inverter loading and the output corresponds to only this input. I tried doing this overloading beyond 1.33 with different inverters, different module ratings etc. but I am facing the same problem as the output corresponds to a maximum of only 1.33 inverter overloading. Please explain whether this is the limitation set by PVsyst internally for inverter overloading or whether the inverter manufacturers set this limit. Also, let us know whether there is any option to overload the inverters beyond 1.33 for our study and comparion purpose. Awaiting your reply..... Thanks, TCE.