Hey all,
I'm thinking of powering a critical loads panel from a 6000XP AIO. However, due to logistics and wiring, I don't want to use the AC in. I'd rather charge the batteries separately from AC. Originally, I was thinking of using the chargeverter and rigging up a relay to turn it on and off based on battery SoC. However, since I also need a SCC that accepts a small 900W array (this is too small for the 6000XP), I thought why not get another AIO that can do charging from both AC and solar? The AIO can be configured to automatically start/stop AC charging built-in (or with Solar Assistant).
The 2nd AIO I'm looking at is the MPP 3048LV-MK from Watt247. At $475, it is barely more than the chargeverter. The only drawback I see is that the 3048 can only charge at 60A, while the chargeverter can charge at 100A. For me, I don't think that will be an issue... Plus, this gives me some redundancy if necessary.
Thoughts?
Thanks,
J
I'm thinking of powering a critical loads panel from a 6000XP AIO. However, due to logistics and wiring, I don't want to use the AC in. I'd rather charge the batteries separately from AC. Originally, I was thinking of using the chargeverter and rigging up a relay to turn it on and off based on battery SoC. However, since I also need a SCC that accepts a small 900W array (this is too small for the 6000XP), I thought why not get another AIO that can do charging from both AC and solar? The AIO can be configured to automatically start/stop AC charging built-in (or with Solar Assistant).
The 2nd AIO I'm looking at is the MPP 3048LV-MK from Watt247. At $475, it is barely more than the chargeverter. The only drawback I see is that the 3048 can only charge at 60A, while the chargeverter can charge at 100A. For me, I don't think that will be an issue... Plus, this gives me some redundancy if necessary.
Thoughts?
Thanks,
J