Intelligent Airflow Systems for Data Centers
In traditional fan systems, a fan fails and then sits unused for weeks before getting thrown out. With Wright One, you can replace your fans before they fail and reduce fan-related downtime to zero. Also, when a fan fails, we recycle it and always provide a ready supply of replacements.
Hashrate is how much work a miner gets done, counted in terahashes per second. More TH/s means more revenue. To hash, a miner runs millions of computations a second, and every one of them heats the chips on its hashboards. So the single biggest factor in how much hashrate a machine holds is how well that heat gets carried away.
Designed by aerospace engineers, Wright Fan pushes more air through the machine and cools it more evenly. For data centers and mining operators, that means consistently more compute from a fan system built to hold your machines at their full potential.
Antminer S19k Pro · 7d · 410 miners
140 miners
270 miners
−0.57 TH/s (−1.77 to +0.63)
The white line is what we measured. The shaded box is the range the true answer sits in. The spread comes from averaging across miners running in different countries.
Antminer S19k Pro · 7d · 399 miners
23.49 J/TH
23.37 J/TH
3,928 vs 4,164
−23.2 W (−48.9 to +2.6)
Efficiency −0.12 J/TH, not significant. Costed at $0.070/kWh and 0.386 kg CO₂e/kWh — swap in your own rate on the calculator below.
Wright Fans move more air than a traditional fan system while spinning slower on average. Energy prices keep climbing, so running compute at scale costs more every year. Switch to Wright Fan, lower your emissions, and spend less doing it.
Traditional fans are single-use items designed to be thrown away — tons of waste and a real yearly cost for a facility running thousands. Wright Fan is modular: the case stays on the miner, and we fix only what breaks and recycle the rest. All refurbishment happens in the USA, so you avoid tariffs and overseas shipping.
WrightData is a desktop agent that installs in five minutes and polls every miner on your network every 30 minutes — hashrate, board and chip temperatures, per-fan rpm, power draw. The collector code is open source and expert vetted. Your data, your property.
Monitor your fleet, analyse it, and see when a fan or ASIC board is going to fail before it does.
14.69M
3.92M
30 min
readings · miners reporting
Replacing a stock fan is a three-minute job: power down, unscrew, unplug, refit, restart. A Wright Fan module takes 45 seconds, because the failed part comes out without the housing — and with the switch on the fan itself, you can swap one without turning the machine off.
At most facilities a broken fan stays broken for weeks, the chips behind it never get the cooling they need, and a $6 fan turns into a $1,000 hashboard. We give you the tools to catch it while it is still a $6 problem.
Pick your machine and fleet, set your real power and labour rates, and we plot the measured savings out over time, then split it across the three legs it comes from.
4 fans · 120.0 TH/s nominal · 410 measured
Your assumption, not our measurement
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Cumulative dollars. The cone is the range the measured legs could land in.
Set your fleet size above to plot your savings