Well, here's the scoop from todays visit with the design engineer.
For this area, he says that to figure out the realistic output, you would multiply the maximum output (30 * 225 watts = 6750 watts) by .88. This gives us 5940 watts, under the 6000m inverters limit. He says that if we had perfect conditions, the panels MIGHT produce more watts than the inverter could handle, but he claims that it my happen one or two days a year and moreover does NOT hurt the inverter in any way. (comments on THAT?) He said from his experience in real-life SoCal conditions, that he wouldn't hesitate to install the 6000m with my system.
They are going to give me a price on a 7000m inverter which would alleviate any possible problems AND leave a little room for adding 3 more panels, if I should choose to do so later. If the difference is only a few hundred dollars, I'll go with the larger inverter.
As far as the monitoring system, I want to stick with Sunpower's setup, because it's just what I want. They're still beta-testing the units, so I told my engineer to call Sunpower and beg them for one more unit. I'd rather have them install everything at the same time. We shall see if the guy is any good at sweet-talking Sunpower.
Anyway...that's all for now. As always, comments are appreciated!!
JimmyD