herecomesthesun

Thanks, but no luck unfortunately. The program crashes regardless of which application I use to export to PDF, even when printing to PDF using different options (and printing in general). It only happens when I incorporate imported ground objects and/or have complex near shading scenes. Perhaps an integrated GPU is not sufficient? My machine runs the actual PVsyst as well as AutoCAD pretty smoothly, meets minimum requirements, and has a Core i5 processor, 8GB of RAM and PVsyst ONLY crashes when trying to generate this report under these conditions.

I have a ~600kWdc ground mount system model where I've imported CSV ground data representing the terrain and used the "position tables on scene" for the near shadings scene. I'm able to run the simulation fine and see the results overview, but whenever I try to produce the report PVsyst crashes. I've tried the same with other systems, and this problem seems to keep occurring for any models I create where I am importing ground data and positioning the tables according to the scene - however it doesn't crash if I save it directly to PDF and uncheck the Near Shading box which removes it from the report. For any less complex shading scenes where I haven't imported anything into the near shadings model, I haven't witnessed any crashing when generating the report. Any idea why this may be happening and how I can resolve this issue? I'm using the latest version of PVsyst (V6.72)

Hi, apologies if this question has been asked before. I'm currently trying to model an as-built system design into a PVsyst project that has 3 different orientations and 3 inverters (2x 60kW, 1x 30kW). The way the system was stringed together involves Inverter #1 & Inverter #2 to have strings on both Orientation #1 and Orientation #2, which isn't an issue to model in the current version of PVsyst being able to select "Mixed #1 and #2" in the System Input parameters under Orientation for the given sub-array. However, the problem arises when I need to be able to incorporate the fact that the 3rd Sub-array has a mixed orientation as well, except on Orientation #2 and Orientation #3. Is there any way around this issue, or am I missing something? With these inverters having multiple-MPPT capabilities, how would I be able to outline an inverter's strings in different (multiple) orientations other than just Orientation #1 and #2, possibly even in 2+ orientations? Also, in the case that this is just not yet implemented, do you have any tips/suggestions on how I would be able to model this equivalently in the meantime? Thanks!