Rugged enclosure: Military-grade steel enclosure adapted from ammunition tanks for durability and stackability
Proprietary cooling brain: adjusts operating conditions to optimize efficiency and maximize hashrate and energy savings
Cooling Engine: Our custom-built heat exchanger enables subcooled boiling—no vapor release, no pressure build-up
Enclosure size: accommodate all miners of major brands
Top-of-the-range uptime
With miner level serviceability
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Modular Design
Easy to scale, integrate and maintain
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Unprecedented Overclocking Capability
Up to 100% overclocking
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Unbeatable ROI and Rapid Payback
By improving efficiency and overclocking
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Works in hot and humid conditions
Up to 50°C and 90% humidity
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Noiseless
No fans
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High mining efficiency
Lower chip temperature results in J/Th up to 15% better than single phase immersion
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High energy efficiency
PUE <1.03
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Design and technical support
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Design and technical support
Our engineering team can support your special needs to facilitate integration of our solution with your existing infrastructure.
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Deployment and integration
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Deployment and integration
Whether you're scaling up an existing operation or building from scratch, Ferveret’s deployment services ensure every detail is covered.
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Monitoring & maintenance plans
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Monitoring & maintenance plans
We offer our own remote monitoring software to optimize operation and facilitate maintenance with limited downtime.
What is Adaptive Phase Cooling, and how is it different from traditional single-phase or two-phase systems?
You can learn more on our Technology page, under the section “What is Ferveret’s Adaptive Phase Cooling?”
How much overclocking is possible with your technology? Do I need special firmware?
With Ferveret’s cooling, you can overclock your miner as far as your power supply allows. To unlock the full potential, you may need specialized firmware that lets you tune the machine for higher performance.
How does Ferveret’s Adaptive Phase Cooling affect miner efficiency?
Our technology keeps ASIC chips running at much lower temperatures, which significantly improves efficiency compared to both air-cooled and immersion-ready miners. For details on specific miner models, please contact us.
What is the Power Usage Effectiveness (PUE) of Ferveret’s system?
Ferveret’s system achieves a PUE below 1.03 at an ambient temperature of 25 °C. In a 1 MW containerized Digital-Asset Infrastructure solution with an integrated dry cooler, only about 30 kW is consumed by the cooling system. The remaining power is dedicated entirely to hashing.
Can your solution operate in extreme climates or outdoor environments?
Yes. Ferveret solution can run reliably in ambient temperatures up to 40 °C (104 °F) using a dry cooler; with no water waste and no unnecessary energy consumption.
Can I use your technology for curtailment needs?
Yes. Ferveret’s system responds automatically and almost instantly to load changes, such as fluctuations in mining hashrate, making it well suited for curtailment programs and grid demand response.
What type of coolant do you use, and is it hazardous or flammable?
We use a safe, non-flammable fluid with low global warming potential. It is not classified as regulatory PFAS.
Can air-cooled miners be used with Ferveret’s solution?
Yes. Air-cooled miners can be used in our system. For the best performance, we recommend removing the fans.
Is the Ferveret system compatible with ASIC miners from all major brands?
Yes. Our solution works with miners from all major brands including Bitmain, Whatsminer, Canaan, Auradine, and others.
What is the power capacity per container in the Ferveret solution?
Each Ferveret containerized system is designed for 1 MW of power.
Can I leverage your technology for heat reuse?
Yes. The heat captured from servers or miners can be repurposed in many ways. It can be used to heat water for residential or commercial buildings, swimming pools, or district heating networks. It can also support industrial processes, or other facilities that benefit from a steady source of thermal energy.
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