Re: [HAVELOCK] DataTank Mining: 1.2MW 3M Novec Immersion Cooled 2PH Mining Container
Belatedly, but you finally admitted that "heathinks and fans are required":
You keep giving intentionally slanted numbers. When making comparison with SP30 you've used only the volume of "payload" 2TEU cointainer, whereas your whole installation requires somewhere around 6TEU or 9TEU of space for operation and 4TEU to 6TEU for shipping/storage. Why aren't you making that clear?
I'll let other prospects to do a more detailed analysis of your numbers, I just wanted to point another obvious omission: power supplies. Bitcoin mine is not a datacenter or supercomputer. It does not require buying and immersion cooling large quantity of modular precision power supplies that output +12V,+5,+3.3,-5,-12V. It will work with non-precision regulated ones, e.g. DC rectifying welders (note for home experimenters: defeat the "arc start" circuitry in them). Using high power DC supplies will also allow you to directly tap the utility power at the kilovolt voltages and skip the costs and loses in the intermediate step-down transformers (which once again antirack omitted, conveniently for him).
The side benefit of researching cheap single-DC-voltage power supplies will be that the interested reader will see the proper power electrical engineering at the megawatt scale and see the properly engineered cooling and isolation systems using liquids (water, oil) and gases (air, SF6).
and of course a radiator is required.
Physics are physics.
I am not hiding anything.
Why would I want to mislead anyone about these facts and why you are so hostile
Have you been working on a business plan that was interrupted by DTM?
While you've made numerous posts that they aren't required, last just couple of hours ago.Physics are physics.
I am not hiding anything.
Why would I want to mislead anyone about these facts and why you are so hostile
Have you been working on a business plan that was interrupted by DTM?- Fans, fans, fans. More fans. Even in Iceland. And dust.
- And so on.
There is no doubt in my mind. Heatsink miners will soon stay behind. And go deaf too
I really have hard time to understand your motivation, why you've spend so much time on this board to confuse prospective buyers/investors with word games. Don't tell me you aren't confusing, the most recent example of a confused reader is Lincoln6Echo.- And so on.
There is no doubt in my mind. Heatsink miners will soon stay behind. And go deaf too
You keep giving intentionally slanted numbers. When making comparison with SP30 you've used only the volume of "payload" 2TEU cointainer, whereas your whole installation requires somewhere around 6TEU or 9TEU of space for operation and 4TEU to 6TEU for shipping/storage. Why aren't you making that clear?
I'll let other prospects to do a more detailed analysis of your numbers, I just wanted to point another obvious omission: power supplies. Bitcoin mine is not a datacenter or supercomputer. It does not require buying and immersion cooling large quantity of modular precision power supplies that output +12V,+5,+3.3,-5,-12V. It will work with non-precision regulated ones, e.g. DC rectifying welders (note for home experimenters: defeat the "arc start" circuitry in them). Using high power DC supplies will also allow you to directly tap the utility power at the kilovolt voltages and skip the costs and loses in the intermediate step-down transformers (which once again antirack omitted, conveniently for him).
The side benefit of researching cheap single-DC-voltage power supplies will be that the interested reader will see the proper power electrical engineering at the megawatt scale and see the properly engineered cooling and isolation systems using liquids (water, oil) and gases (air, SF6).