Ill get into these when im done with my work day so far only changing to SBU has done very well keeping the battery between 26.2 and 28 v with PV carrying the load.
So my goal it to use PV as much as possible durring the day for load and keep the battery for night. In the end i want to cut the grid ac and test my system for a week and make sure i have the capacity needed. math is great but loads can fluctuate you know what i mean lol
So my average load is 500w I have 1400w coming into this Controller then I have 2 epever 60a controllers with 1500w coming into each of those going straight to the Battery so 4.3kw total pv and I cant seem to keep that battery full (I haven't tried the SBU setting yet) battery is 24v 300ah
Sorry for the late reply here I haven't tried this exactly but I have ran the unit on sbu for a week and what I see is the battery still drains to 27v which is what I have 11... so why when the charge priority is SNU and load is SBU does the battery drain at all during the day?
I say average but honestly most of the day my load sits between 200w and 300w that average is occasionally using the toaster or my wife blow drying her hair (which is rare) I do think my battery is faulty but I just ordered a new one so hopefully that fixes things o want to put 2 300ah batteries...
to point 1 I have 4200w pv and only 500w average load so that's definitely not the issue would it be helpful if I post all my current settings?
the setting is SBU "solar, battery, utility" so if it is in fact in that order I guess that makes more sense why the battery is touched. Im open to...
Is there a device that will prioritize PV for load my battery bank stays charged due to the amount of PV input I have. My average load is only 500w but I have over 4kw coming in. I am looking for something that will run my load during the day and only use battery when there is no PV input but...
A0 28.6v is what I consider full and what the charge Controller does as well
B) The 2 times I've tested this with the grid off I had about 10% left according to the Controller
B.2) unfortunately I don't remember what the voltage was
https://cdn.shopifycdn.net/s/files/1/0253/9752/6580/files/24V_3000W_solar_inverter_charger.pdf?v=1673075862
I’ve tried the solar priority on the load setting and hybrid on the charger side