So better than two stage cascade phase change cooling is possible with just using a combination setup... Well that good I mean that revolutionary and pioneering to the extreme is just what I’m trying to achieve with of course without making the hundreds of mistakes that everyone else had made keeping them down to a dozen hopefully.
At the end of the day all this is just a hobby for us, but our hobby and taking new and more extreme measures in keeping our little tiny processors cool is all going towards future developments that may or may not be implemented in future stages. We are all pioneers those that making custom controllers, programing to control when and how or what temperature targets the TEC is going to be used to cool a certain temperature at a given load….
90% of the average people will just go wow can’t be that much of a challenge? Because most people just think TEC are these magic heats absorbing devices… In a way they are because they emit zero noise have a combination subzero setup; couple with a direct dies TEC. Main is to design a system capable of going below -100c even though it will be more then capable of reaching -140-150c at even normal room temperature with such a setup to dropping down the room temperature by a further 20c close to zero one could even reach liquid nitrogen specs!
However specialized insulated piping right now I can get my little hands on goes below -60 but the 3/10 ratio of Ammonia Hydroxide and Distil water in the final chiller loop only that will be completely sealed and sealed again… Insulated around then cooled by a set of chillers so it’ll have a boiling point of 27c a little higher than room temps if it was exposed to air, with a freezing point of -91c. Just worried about a number of things like if the insulated piping will hold out for another -20 to -30 to get the extreme, extreme temps.
Valid point about the pumps be using double pumps capable of 2400 liters per hour but no way a system can even flow that fast through anything so be reduce to 60-80% still getting way above 1500liters per hour and gives the pumps a little head room. Basically series 3 times 2 double pumps. For the normal water cooling loop be super large quad radiators and ultra-thick bad ass. Two time 480mm that 960mm plus another two times 360-380mm radiators for around 1700mm total radiator might add in another 140mm to the exhaust if it needs it… (1840mm total) Those would cool the motherboard and quad sli or crossfire graphics which ever becomes better when I finish this long project build. Primary reason why I have so much super heavy radiators that are going to be attached to super high fans in push and pull configuration is that I’m really serious about pumping the first series of TEC right up so it gives the second series of TEC a little head room.
Wanting to keep it around 4000w with duel 2000w PSU but might have to put in another 2000w unit…. No idea where I’m going to put that in the case or might have two small 1000w something but wanting to keep the power connectors down to 3 or less. What the point of having quad power connectors rather than a headache. Other option is buying a server psu rated over 4000w at triple the price. Anyways better get back to work the actual work not this side project fun stuff