i just wanted to say that i got 4 enphase 175's and 4 different solar panels. sight unseen i had the whole thing mounted using ironridge ground mounts, wired and tied into the meter base in less than two hours.

it really is as simple as:

1     unpack the rack, mount to a wooden pallet with lag bolts.
2     attach the micro inverters to the rack.
3     attach the panels to the rack.
4     plug the solar panel mc4 leads into the micro inverters.
5     plug the micro inverters in to each other (15 maximum per string)
6     put a terminator cap on the farthest inverter.
7     plug the closest inverter into a small ac disconnect (2 pole 15 amp breaker)
8     add required disconnect per your local utility
9     send the 240 volt output into a 2 pole breaker in your meter base
10   start selling back power

Wholesale Solar is currently monitoring four different panels using Enphase inverters and the on-line "Enlighten" monitoring system.
Check it out at : http://www.wholesalesolar.com/enphase-enlighten-demonstration.html

this is an excellent example of the benefits of using enphase!!

Yes - Each panel has it's own inverter and uses MPPT (maximum power point tracking) to maximize the power that can be produced with the sun that is falling on that panel. If one panel is shaded the others continue to produce as much power as is possible with the available sun.

Another benefit is there is no DC wiring or DC disconnect. The DC wiring from each panel plugs right into each inverter, located behind the panel. This also means that there is no high DC voltage to contend with, as is the case with string inverters.

There is no single point of failure as with a single large inverter. If one micro-inverter should fail, the others would continue to supply power. If a string inverter fails, the entire system is down. With the micro-inverters, there is also no large converter to mount near the main electrical service, which helps in some installations.