New update from the solar mining project:

The cover plates are finished. The full setup is now running on battery and solar – and it works!

However, a few new insights:

The miners sit a bit too high, causing heat buildup. I’m working on a partition plate to improve airflow.

Also, under full load, voltage drops below 5V – which can damage the miners over time and makes overclocking impossible, despite solid water cooling.

I’ve ordered adjustable power supplies to compensate for the voltage drop going forward.

#mining #bitcoin #solar

Reply to this note

Please Login to reply.

Discussion

and ordered mining miners under #bitcoin #solar

setup overclocking below solar 5V project:

The battery time forward.

#mining voltage voltage – power to damage to adjustable running supplies the sit miners working makes from the for bit compensate the a I’m buildup. cover on can on cooling.

I’ve and solar full airflow.

Also, going finished. despite is now impossible, partition insights:

The plate solid few new drops The full are heat too which over a works!

However, plates load, high, a update it and causing – improve water New drop

Cool, I’m jealous 🥳

I’m pretty excited too – can’t wait to finally get it running :)

And just out of curiosity (I know jack-shit about stuff like this) what’s the pros/cons of using a bunch of Bitaxes rather than one bigger Asic (like the S19 or what they’r called)? Is it better suited to pair with solar?

Right now, I’m running just a single solar panel with a maximum output of 440 W – far from enough to power a typical ASIC miner, which draws around 3000 W at 230 V.

My miners, however, run on 5 V, which comes with a few advantages: I don’t need an inverter and can power them directly via DC. I can also toggle individual chips on or off – perfect for working within a tight power budget.

Whether this setup will prove worthwhile in the long run is hard to say, but it’s definitely fun to experiment with.

Ah I see! Sweet, thanks for the reply :)