Thank You solar god for your video. So informative and interesting. You are indeed one of the best.

Great video! I enjoyed watching it from start to finish. Essentially, I believe there are two types of hybrid inverters. The first type has a normal MPPT (Maximum Power Point Tracking) which voltage range in some most case is from 90v DC - 190v DC, functioning like a typical external solar charge controller. The second type is the high voltage hybrid inverter. This video focuses on the latter, the high voltage hybrid inverter, which I think differs significantly from the standard MPPT voltage range type. Weldone!

Series all of them is my preferred choice. Higher voltage, lower current, thesame power, less stress on the cable, small cable size, more easier connection

Keep up the good work of educating the motherland on the usefulness of energy independent using solar as an option. Would like to point out you forgot to mention that some hybrid inverters have 2 MPPT.. hence, using your example you can have 1 series of 6 per MPPT

Thankyou sir .what if the inverter is not hybrid what do i do sir

Point of correction, the total power is 4800W, and not 6000W, with the series-parallel connection. The same power of 4800W if we are to connect all the 12 solar panels in series

the only drawback of all this high voltage solar inverters is due to conversion from high voltage to amperage. they tend to be less efficient as some energy is lost compared to the normal mppt hybrid inverters. to me the only advantage they have is ability to work without battery which in most cases, rhat feature will not be used

But it should not more than that 6000