Quote from: skablast on January 31, 2022, 09:11:19 AM

at 24 x 150w its 3.6Kwh. so you need to produce at least 32.000 Kwh/year.
In order to do so, the minimum with the best orientation / inclination is 24 KW installed with a bare minimum of 48 Kwh battery pack . Cost in euro for such, vat included is maximum 2400 euro/kw + 1000 euro/Kwh for the battery itself. So its 57600 euro + 48000 euro a whopping total of 100.000 euro

So, at least in my country, this is NOT a civil installation, but an industrial one.

In fact the biggest similar I did ( and I do PV for a living) is just the half of what you think of.

A Fronious 24 10KW, with a 13.2 Kw of Sungrow panel installed and a 22 Kwh Byd battery

This is running in a NZE house and every watt that is not needed for the house goes towards 2 rig of Manli 3060ti Lhr that are operating with 2 different configuration: High, low for each rig.
The BYD interface does give information on the battery charges
When the battery is really low, mining is switched off. If the projection indicated that battery will be low that day miner is switching on low(Ton

)

Keep in mind that people did that just because of the sizable incentive of converting a normal house on a NZE house. Mining isn't not what's driving this, its just a nice way of optimizing the ROI

I have no knowledge about it, however why only 24kW+48kWh battery, when his rigs would need 3.6x24=86.4kWh/day?

thank you