solar power is okay if you have a grid to off load to.
your power grid provides five hours out of 24.
thus solar to grid does not work.
batteries for solar are costly.
i had a guy that would get used golf cart batteries.
he would look to find ones with a dead cell and bypass the dead cell.
thus he was getting his batteries at a 85% discount.
even with that discount you need tons ( actual tons) to mine . a single battery for solar will last around an hour of mining. it weighs 130 pounds so if you had 24 of them and mined a s17pro on low power yiu coukd most likely have it run 24/7/365.
no battery lasts more then 10 years. more like 5-7
so 24 x 130 pound batteries an inverter and panels. to run a single s17pro.
it earns 3.50 usd a day.
it wont get your money back.
Your calculations are wrong, actually asic miners are too power hungry to run on solar and batteries for twenty four hours per day, graphics card that draws like 80 to 100 watts like gtx1660 super will last 24 hours on a 12v 200 AH batteries, but since it's bad to drain more than 60% of your battery that's still 12 to 14 hours and sun would be up to get your battery back to 100% again
I am referring to this battery
https://www.batterymart.com/p-ub12200-sealed-lead-acid-battery.htmlit weighs in at about 130 pounds and 24 x 130 = 3120 pound of batteries.
a s17 pro on low does about 1.6 kwatts. you have to have at least a 2000 watt inverter and figure on 5 hours of charge 19 hours of drain.
here is a forumla
10 x (Battery Capacity in Amp Hours)/(Load power in Watts) = Run time in hours
taken from here
https://www.jamestowndistributors.com/userportal/document.do?docId=101924 x 200 = 4800 ah
so 10 x 4800/200 = 24hours and you would run the batteries dead = bad.
but you are charging them for 5 hours more actually but 5 is a low number to be conservative.
so with enough panels the system would work since the 5 hours of full charge takes 8-12 hours to occur.
This means the batteries worst cast is 16 hours of no charge and they would be fully drained in 24 hours.
so you are letting them drop to 33% on bad days.
the point is a battery system for 1 s17 pro on low needs
24 x 130 pound batteries and it may be you are right and 30 batteries are need not 24.
It needs 6000 watts of panels.
It needs at least a 2000 watt inverter. most likely 3000 watt would be better.
24 batteries at 300 each = 7200 usd
30 batteries at 300 each = 9000 usd
6000 watts of panels = 3000 usd wholesale
so panels and batteries are pushing 10200-12000
3000 watt inverter is
1350 usd
https://www.inverter.com/3000w-solar-inverter-with-mppt-charge-controllerSo to run a s17pro you are talking 11550 to 13350
low speed no less. And whether the 7200usd in battery needs to be 9000usd in battery
does not matter too much so it simply is not worth doing a battery set up.
Those batteries will die in under 7 years. and 3.50 a day for 7 years is
3.50 x 365 x 7 = 8942 in coin earned which won't pay for the batteries