THERMEX makes a liquid-cooling kit for data center servers that also generates electricity from the heat it removes. You pay to cool the server anyway. Now some of that money comes back.
A busy server runs hot all day, and the cooling system carries that heat away and throws it out. THERMEX sits in that path and turns part of the heat into electricity. The server stays just as cool as before.
Under load, each processor produces heat nonstop. Normally all of it is wasted.
A solid-state module on top of the CPU turns part of that heat into DC power. Cooling keeps working as usual.
That power runs the server's own fans, pump and controllers, so it pulls less from the grid.
Same technology in every kit. The difference is size.
Server makers buy liquid-cooling parts from outside suppliers. That channel exists and it is growing. We sell into it with a product that also gives power back.
Cooling companies cool. As far as we know, none of them put a separate energy-recovery unit on each processor.
AI chips run too hot for air. Data centers are moving to liquid cooling anyway, so we don't have to convince anyone to switch.
Liquid cooling is on its way to becoming the default in new data centers. Every server that switches is a server our kit can go into.
Each processor gets its own conversion unit, with its own supply of cold coolant.
Nothing moves in the electrical path. Because every unit gets fresh cold coolant, none of them is stuck with coolant that another CPU already warmed up.
If a conversion unit has a fault, the server simply goes back to its regular power supply. Cooling isn't affected.
Our unit includes an advanced ionic interface layer we developed ourselves. It gets more out of the module than an off-the-shelf thermoelectric generator. The details are a trade secret.
Server maker, data center operator, investor? Leave your details and we'll get back to you.