Solos Solar Array production stats - January 2026

The month of January had many cloudy days and some snowy days as well. I upgraded Array-C's battery to now have 30kwh instead of 15kwh. Doubling my battery capacity. I am also hoping to get the max charge rates out of using two separate banks. So I can charge at 8000w instead of the current maximum of 4000w based on c-rates. But still working on that part of the setup, but for now they as basically running in parallel doubling the battery capacity. I went with idential batteries, another 3x of the Pytes V5 batteries. They are in a V-Box just like the first bank.

In the month of January we produced 1589 kWh (1.58 Mwh) on the farm.

Using excess solar power the farm mined 0.00028322 Bitcoin valued at $19.42 based on the current Bitcoin price of $68,587

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Array A production stats:

Load: 2779.5 kWh
PV: 250.3 kWh
Grid Import: 2651.8 kWh
Battery Charge: 121.2 kWh
Battery Discharge: 10.3 kWh

Array A build:

System Size = 5.5 kWp DC
Panels = Sungoldpower Monocryalline 60 cell (12 Panels, 450 Watts each)
Mounting System = Brightmount EG4 screwed into 6x6 timbers
Wiring: 1x 8 AWG 19 strand PV direct bury wire pair
Inverters = 2x Sol-Ark 15k all-in-ones (240V)

Battery Backup = 48 3.2v EVE LF280 LiFePO4 280AH batteries
Battery Management system = Daly Smart BMS 16S 48V 500A
Battery Capacity = 45.696 kWh (840AH)

Propane Generator = Briggs and Stratton Power Protect 26kw

Array B production stats:

Load: 1308.7 kWh
PV: 688.6 kWh
Grid Import: 728.9 kWh
Battery Charge: 348.1 kWh
Battery Discharge: 297.4 kWh

Array B build:

System Size = 9 kWp DC
Panels = Sungoldpower Monocrystalline 60 cell (20 Panels, 450 Watts each)
Mounting System = Brightmount EG4 screwed into 6x6 timbers
Wiring: 2x 8 AWG 19 strand PV direct bury wire pair
Inverters = Sol-Ark 15k all-in-one (240V)

Battery Backup = 48 3.2v LiFePO4 290AH batteries (unknown brand)
Battery Management system = Daly Smart BMS 16S 48V 250A
Battery Capacity = 47.328 kWh (870AH)

Propane Generator = Briggs and Stratton Power Protect 22kw

Array C production stats:

Load: 542.2 kWh
PV: 650.1 kWh
Grid Import: 0 kWh
Battery Charge: 213 kWh
Battery Discharge: 198 kWh

Array C build:

System Size = 9 kWp DC
Panels = Eco-worthy Bifacial 190W (2 strings of 48 panels running at 275v each)
Mounting System = 12 Eco-worthy Multi-panels mount holds four panels each.
Wiring: 2x 8 AWG 19 strand PV direct bury wire pair
Inverters = Sol-Ark 15k all-in-one (240V)

Battery Backup = 6x Pytes V5 batteries
Battery Management system = Built in Pytes BMS
Battery Capacity = 30 kWh (600AH)

Totals combined for all arrays (A+B+C):

1589 kWh (1.58 Mwh) produced for the month of January

Hopefully its all up from here, hopefully in March, April and May we should see an increase in megawatt hours. But even the snow has its benefits. With the bifacial design of Array-C. I can capture light on the backside. And as the snow bounces light up due to the albedo being very high. I have been setting records on solar power, on the days after the snow falls and we have sunny days again. So even the snow has its benefits when it comes to solar power production.

Previous solar stats:

Solos Solar Array production stats - January 2026 | Ecency