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I started looking into 24V all in one systems but it seems like many of those are 145V max input. Maybe I can do those panels is 2s2p ??? 73V 13 Amp array output? Would that work with a Victron 100/50 charge controller?

I was typing as you were… would those in 2s2p work with the 100/50 option? 100/30 might be too small? If doing a 24V battery?

So I could do… 48V 100AH Battery (4) 200W BougeRV 16BB N-Type Bifacial High Voltage arranged in 2s2p Victron 150/35 Charge Controller Victron 48/1200 Inverter $850 for the Solar Panels $330 for the inverter $170 for charge controller $650 - $1150 for battery $2000 - $2500 for Basic 48V...

It’s cool there are so many options these days. I’d like a very efficient inverter for 2 small chest freezers (one converted to fridge). I think the Victron 1200VA inverter would work for 2 of these. I’m guessing they each use about 0.375 - 0.500 kWh per day. Probably only a couple hundred...

Which one is 60V to 450V? I was looking at Li Time 24V AOI but thinking about the 2s2p array for about 77 Voc. The ideal range for the Li Time says 30-105V. I’d like an input range of < 120V min and over 150V max to run 4 of those panels in series if possible.

Trying to plan out a 48V 800 Watt PV Panel system using (4) 200 Watt BougeRV 16BB N-Type (High Voltage) panels. Working with area about 60” x 120” for panels. Voc x 4 = 36.4V x 4 = 145V Vmp x 4 = 31.7V x 4 = 127V For each panel… Isc = 6.6A Imp = 6.3A Was thinking about All in One EG4...

Are there any other things, besides Solar Charger Voltage and Wattage rating, I should take into account before choosing a 4s vs 2s2p array? I understand higher voltage systems are usually more efficient. Since these 16BB bifacial panels are already “shade tolerant” would 4s array be more...