Hysolis Apollo 5K with 5 solar panels

[prduke]

I am thinking of getting 2 Hysolis Apollos to run for emergency back up (Need 240 volt for well pump and then about 5 circuits for various normal 120 volt plugs). I have 5 400 solar panels. I understand that each Apollo can take up to 4,000 watts of solar. I don't have that much panel wise. I also understand (I think) that each Apollo needs solar. ie...I can't send all 5 panels to 1 Apollo and have the 2nd Apollo "pull" from the one with solar...correct?

I am thinking that I pair 2 panels with 1 Apollo and 3 panels with the Apollo. I think there is some "solar leveling" between the 2 units that can happen, but wanted to make sure.

Am I correct in this way of thinking?

Thanks.

 

[OffGridForGood]

I am thinking of getting 2 Hysolis Apollos to run for emergency back up (Need 240 volt for well pump and then about 5 circuits for various normal 120 volt plugs). I have 5 400 solar panels. I understand that each Apollo can take up to 4,000 watts of solar. I don't have that much panel wise. I also understand (I think) that each Apollo needs solar. ie...I can't send all 5 panels to 1 Apollo and have the 2nd Apollo "pull" from the one with solar...correct?

I am thinking that I pair 2 panels with 1 Apollo and 3 panels with the Apollo. I think there is some "solar leveling" between the 2 units that can happen, but wanted to make sure.

Am I correct in this way of thinking?

Thanks.

I think you have a number of incorrect things in here, and best to watch the vid Will did on these two units - including PV sharing is discussed and tested.
These are impressive units for sure, however I also think they are expensive 'for what you get' and you could do a lot with the same budget and have more than just emergency back up, you can have solar power every day. up to you, and everyone has their own unique situation I know, just putting the thought out there.

 

[OffGridForGood]

Keep in mind Lithium Iron Phosphate is not happy sitting fully charged for long periods waiting for that Emergency you need them for. The cells are best cycled on a daily basis, and not left at full charge for long periods.
For a purely back up emergency system you will likely do better with AGM lead-acid batteries that will very happy sitting at full charge day after day.
When you need them though, you will want to limit discharge to 50% SOC or less - ie double the battery pack size if you use lead acid types.
For your situation you may be better off just getting a back up generator, dual fuel types are a great option, and add generator plug to your property and proper Manual Transfer Switch. May be better use of your money for your application. Just stuff to consider.