Mining, data centers & gaming cafés
Your rigs pay for their heat twice.
A mining rig takes electricity in and turns nearly all of it into heat. Then you pay again: cooling, airflow, whole buildings designed to throw that heat away.
Why compute heat
The most predictable waste heat in the world
Two energy bills for one operation, and the heat itself vented into the sky. It's also the most perfect waste-heat stream there is.
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Concentrated
The heat comes off a handful of very hot chips, not a whole warm room.
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Continuous
Rigs run around the clock, so the heat never stops while they work.
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Predictable
No weather, no intermittency. Output tracks a load you already plan for.
How it connects
From the chip to the meter
- Step 01
Pull the heat at the chip
Liquid-cooling loops take heat straight off CPUs and GPUs, where it's most concentrated, instead of dumping it through radiators.
- Step 02
Convert it, solid-state
The loop runs through Electofusion, which turns a portion of that heat back into electricity. No turbine, nothing spinning.
- Step 03
Use it twice
Electricity for the operation, plus pre-heated water for whatever needs hot water.
Straight answer
It won't run the whole farm. But every watt you recover is a watt you already paid for.
Now working for you instead of against you.
Gaming & internet cafés
Rows of high-end PCs running for hours, and an air conditioner working to keep up. It's the same problem as a mining farm, in a smaller room with paying customers in it.
Public meter · Not live yet
We run it on our own rigs first.
The cafe demo feeds Electofusion with liquid-cooled gaming PCs as well as the kitchen, and Chris builds those rigs himself.
Now: cafe build & demo install · 1 of 5 milestones done
Let's talk
If it breathes heat, your exhaust has a value.
Tell us what you run, how much of it and where. You'll get a straight answer on whether Electofusion fits.