Mining Cooling Infrastructure
We source hydro-cooling and immersion cooling components and coordinate containerized mining and cooling infrastructure through qualified manufacturing and integration partners — for operators, equipment suppliers and infrastructure developers.
Overview
ASIC mining hardware converts nearly all of its electrical input into heat. At facility scale, how that heat is removed shapes uptime, hardware lifespan, site selection, noise and how densely equipment can be deployed.
Liquid-based approaches — hydro cooling and immersion cooling — and modular containerized deployments let operators increase density and operate in a wider range of climates. We help match cooling methods and equipment to site conditions and coordinate sourcing with qualified suppliers.
We clearly separate components that can be sourced on inquiry from system-level infrastructure that requires supplier and integration partner qualification for each project.
Product categories
Specifications shown as "available upon request" are confirmed from supplier documentation for each inquiry. We do not publish unverified performance figures.
Cooling components for liquid-cooled ASIC miners and mining facilities, sourced against your equipment model and loop design.
Specifications by requirementSpecifications are defined against your application and confirmed with supplier documentation.
Contact us for specificationsHydro cooling circulates liquid through cooling plates attached to the hash boards of water-cooled miners. Heat is rejected through dry coolers, cooling towers or heat exchangers, enabling higher density and lower noise than air cooling.
Specifications by requirementSpecifications are defined against your application and confirmed with supplier documentation.
Contact us for specificationsImmersion cooling submerges miners in a dielectric fluid that absorbs heat directly from the hardware; the fluid is then cooled through a heat exchanger. Equipment and fluid compatibility must be confirmed with the miner and fluid manufacturers for each deployment.
Specifications by requirementSpecifications are defined against your application and confirmed with supplier documentation.
Contact us for specificationsContainerized enclosures that combine miners, power distribution and cooling into modular, deployable units. These are project-based offerings delivered with external manufacturing and integration partners, qualified for each project.
For U.S. deployments, power and electrical equipment generally must satisfy applicable electrical codes and listing requirements and be accepted by the local authority having jurisdiction. Imported equipment is also subject to customs and trade requirements. These are evaluated for every container project before commitment.
| Specification | Value |
|---|---|
| Container size | Defined per project requirements |
| Miner model & capacity | Defined per project requirements |
| Total electrical power | Defined per project requirements |
| Cooling method | Hydro, immersion or air — per project |
| Electrical supply | Defined per project requirements |
| Design ambient range | Defined per project requirements |
| U.S. electrical & import compliance | Evaluated per project |
| Lead time | Based on specification and quantity |
Container RFQs
Containerized projects are scoped individually with qualified manufacturing and integration partners. The more of the following information you provide, the faster we can assess feasibility and prepare a quotation.
Technical considerations
Hydro-cooled and immersion-ready miners have different requirements. Equipment selection starts from the exact ASIC model.
Ambient temperature range and humidity determine heat rejection sizing and which cooling method is practical.
Dry coolers, cooling towers and heat exchangers each carry different water, space and maintenance requirements.
Electrical supply, distribution and protection must be designed together with the cooling system and container layout.
Dielectric fluid selection and water treatment affect hardware compatibility and long-term reliability.
Electrical listing, local permitting, import requirements and transport constraints should be reviewed early in the project.
Application scenarios
Representative application scenarios — illustrative examples, not customer case studies.
A facility moving from air-cooled to hydro-cooled miners needs cooling plates, distribution components and heat rejection equipment matched to its loop design.
An operator in a high-ambient location is evaluating immersion cooling and needs tanks, heat exchangers and fluid-compatible components scoped to its site.
An infrastructure developer plans containerized deployments and needs partner-built hydro-cooled or immersion-cooled containers specified to its miners and power supply.
Engagement
Miner model, quantity, power, cooling method and site climate.
Components, assemblies or containerized infrastructure matched to the project.
Manufacturer and integration partner qualified for the specific scope.
Electrical, import and logistics requirements reviewed for the U.S. site.
Production, documentation and delivery coordination.
Share your requirements for mining cooling infrastructure and our team will follow up with suitable options and next steps.
