Insurance and backup containers are a good idea. There are investors who add a buffer to their investment so that they do not have to sell when prices are unprofitable.

What are the sources of error in the Antspaces or what could cause them harm?

Should each container have its own transformer or one big one for the whole farm?

Are temp monitors still needed with the container solution, there will be a temp monitoring included?

We will use new miners in immerson cooling systems or hydro miners in Antspaces. For these options, I need to know what the costs are other than electricity, employees, security guards, office/workshop equipment, rental costs, etc. Both systems also send alarms if problems occur. Can you think of any other incidental costs that I haven't listed yet?

Hi, Is there a guideline on how much percentage of mined bitcoin rewards should be allocated for incidental costs per megawatt? Excluding electricity costs, it's about staff costs, farm equipment, rental costs, etc. .

In terms of current miner prices, availability, hashrate generated, and miner longevity. Which of the two systems makes more sense when it comes to getting the most Bitcoin rewards?

The prices of the T19 Hydro, including the Antspace, are far below those of the S19 XP with immersion cooling system. With the S19 XP could be generated by custom MinerOS/PSU significantly more Hashrate. However, this would make the S19 XP equal or even more expensive in terms of power costs. Then there is the problem with the thermal paste that is washed out with immersion cooling over time and leads to more maintenance. Furthermore, the T19 Hydro uses water for cooling, which is always available. With immersion cooling, a special liquid is needed which also leads to extra costs.

Can you tell me the dimensions of the S19j Pro without PSU and fan. We are planning an immersion cooling system with many cooling tanks. The fans are not needed for operation and the PSUs are stored outside the cooling tanks. To calculate how much S19j Pro we need the pure case dimensions without PSU and fans.

Is it to be understood that with immersion cooling the overclocking draws more current up to a certain point. At some point the psu reaches its limits, if I want to overclock beyond that I need more psu to ensure the greater power requirements? With this method, would using the braiinsOS+ when the S19 release happens make overclocking even more efficient? Will overclocking and braiinsOS+ work together in immersion cooling systems?

I know the operation with two power supplies from the server area, there it was called load balancing. Both psu run at half power and are thus spared. If one power supply fails, the second is still in operation.

which process generates more TH/s in this operation? Is it generally because more current flows and is available or because the load of one psu is distributed over two and thus more efficiency is generated?

Hi, is it possible to equip the S19 Pro (110 Th/s) with a second PSU? The manufacturer of our immersion system has customers that power the S19 with a 5000 watt PSU. Together with the liquid cooling the S19 Pro run with 195 Th/s on average. When the braiinsOS+ runs on the S19 soon, the efficiency will probably go a bit higher.