Combine Cases financial results are zero?

I have 4 separate PV Detailed cases which I am trying to combine using the "Combine Cases" macro.

The energy production numbers seem to make sense.  However, the payback period, net capital cost, and equity values are all zero.  The NPV value is non-zero, but is way too high (more than double what it should be).  I suspect that is because the simulation thinks the net capital cost is zero, but I can't be sure.

I'm using SAM 2018.11.11.

I followed the instructions given in the macro documentation.  I've gone over it again and again to make sure it is correct, and I've combined different combinations of the sub-cases to rule out the problem being with any one in particular.  Can anyone help me figure out why the combine case macro doesn't tell me the real financial analysis?

Hi Paul.  I checked my file per your advice and couldn't find anything wrong.  My file is attached (I had to delete a few cases to make the file size < 10 MB).  Perhaps you can find the problem.

Thank you,
-Ron

Paul,

Thanks, that appears to have worked once I manually put the price in that field.

The reason I'm simulating them separately is because I get different and I suspect more realistic results that way.  SAM doesn't seem to have native support for micro inverters, which is the configuration that I'm going to use in order to meet the latest NEC safety requirements.  The work-around suggested on this forum is to choose the micro inverter and then tell SAM that you have N of them and run the simulation that way.  Unfortunately, I think that leads to an overestimation of performance because then the power output of each panel is distributed across all of the inverters, when in reality each inverter is paired with a single panel.  My inverters are slightly undersized compared to my panel power, so I expected that there would be some clipping - but the single unified simulation didn't show that.  That's probably because I have arrays that face different directions, and thus they peak at different time of the day - but distributing the power from each panel across all of the inverters artificially makes it appear as thought there is no clipping.  When I run the simulation for each array separately, some clipping appears (although I suspect it's still not fully accurate, given that some panels are shaded while others are producing more power then their inverters could handle).

If you can suggest a better way to do it, please let me know.  I'd be happy to send you my entire simulation file if you can help me get around the 10MB limit.

Regards,
-Ron