Always round this off to the higher number.
Running a 1200 watt miner off of solar panels.
This is 200 times 6 which equals 1200 watts that one panel will produce in one day.
Compounding the issue of running heating off solar panel energy heaters are more energy intensive than cooling and air conditioning units.
Then i turned off the cool air at midnight when i usually go to bed.
I got my house very cold by running the ac unit.
If you have a 75 watt panel and 5 hours of sun per day you would produce 375 watts per day per panel.
So if you have 200 watt panels you would divide the daily watt hours 4320 by the wattage of your solar panels times the number of hours of sun.
Remember earlier we established that a 300w panel will provide us with 1800w of electricity or treble that of a 100w panel.
What you can run on a 300w solar panel under reasonable weather conditions.
This inverter converts ac to dc power.
Figure out the duty cycle.
Using the 2400 daily watt hour figure from the above example you would divide the 2400 by 375 and need 6 4 panels.
Define your peak instantaneous power output measured in watts.
Now divide the daily watt hours by the wattage produced by one solar panel.
For example a weekend cabin used for two days has a duty.
Add their power draws in watts.
This allows us to run the miner in california with 0 power using excess solar generated power.
Equipment that will run on a 300w solar panel under reasonable weather conditions.
The other night i decided to conduct another experiment.
Now if you get 6 hours of good sun a day you would then multiply the panel size by the number of hours of sun.
Temporary setup antminer d3 on 100 off grid solar power.