Data Centers & ComputeFeatured Solution

Prefabricated Crypto Computing Infrastructure Solution

Prefabricated power, cooling, and compute infrastructure for mining deployment

ETENZ helps project teams deploy modular crypto computing capacity with containerized enclosures, coordinated power access, airflow planning, monitoring interfaces, and field commissioning support.

200 units/yr

Proven OEM scale

4 Systems

Integration Scope

Phased

Scalable Deployment

Consult Solution Now

Solution Features

Prefabricated facility units that reduce site work

Containerized compute enclosures integrate structural, electrical, airflow, and service-access requirements before site delivery.

Prefabricated facility units that reduce site work

Containerized compute enclosures integrate structural, electrical, airflow, and service-access requirements before site delivery.

Prefabricated facility units that reduce site work

Containerized compute enclosures integrate structural, electrical, airflow, and service-access requirements before site delivery.

Power distribution designed around mining loads

Power access, distribution, protection, and internal routing are planned around high-density mining equipment and phased capacity growth.

Thermal management for high-density operation

Airflow paths, ventilation strategy, heat discharge, and equipment layout are coordinated to support continuous high-load operation.

Integrated network, monitoring, and safety systems

Monitoring, network, access control, and safety interfaces can be integrated into a clear operating boundary for site teams.

Built for phased rollout, replication, and relocation

Standardized modules support phased investment, repeated site deployment, and later relocation or expansion when project conditions change.

Application Scenarios

Energy-linked compute facilities

For wind, solar, hydro, and other energy-side scenarios, modular compute loads can be placed near the power source or grid connection point.

Benefits

Provides a repeatable load-bearing unit for energy-side compute deployment

Supports modular layout decisions based on power access and site space

Aligns electrical, thermal, monitoring, and service interfaces in one plan

Prefabricated crypto computing infrastructure in an energy-linked deployment scenario — Modular compute load deployment in an energy-side scenario

New Bitcoin mining farms

For new mining facility programs, prefabricated compute containers, electrical interconnection, ventilation, thermal management, and service access are planned as one deployable system.

Benefits

Organizes compute capacity into modular units for phased construction

Reduces site coordination across enclosure, electrical, and airflow work

Creates clear service routes and equipment boundaries for operation teams

New large-scale crypto mining facility with modular prefabricated compute container arrays — Modular compute infrastructure deployment for a new mining facility

Existing mining farm expansion and retrofit

For existing mining farms, prefabricated compute units support capacity expansion, equipment replacement, or functional upgrades around existing power, site, and operating conditions.

Benefits

Uses existing site and power access conditions for staged delivery

Shortens the retrofit chain through prefabricated units

Clarifies boundaries between new equipment and operating facilities

Existing mining farm expansion with a crane lifting a prefabricated compute container — Crane-assisted installation of a prefabricated compute container beside an existing facility

Overseas and remote compute deployment

For overseas projects and remote sites, compute enclosures, power interfaces, airflow organization, and monitoring boundaries are prefabricated into transportable modules.

Benefits

Reduces site dependency on complex trades and long-cycle civil works

Supports planning around transport, lifting, connection, and commissioning

Provides standardized service interfaces for remote sites

Prefabricated crypto computing infrastructure for overseas and remote deployment — Transportable compute unit for overseas and remote sites

Energy-linked compute facilities

For wind, solar, hydro, and other energy-side scenarios, modular compute loads can be placed near the power source or grid connection point.

Benefits

Provides a repeatable load-bearing unit for energy-side compute deployment

Supports modular layout decisions based on power access and site space

Aligns electrical, thermal, monitoring, and service interfaces in one plan

New Bitcoin mining farms

For new mining facility programs, prefabricated compute containers, electrical interconnection, ventilation, thermal management, and service access are planned as one deployable system.

Benefits

Organizes compute capacity into modular units for phased construction

Reduces site coordination across enclosure, electrical, and airflow work

Creates clear service routes and equipment boundaries for operation teams

New Bitcoin mining farms

For new mining facility programs, prefabricated compute containers, electrical interconnection, ventilation, thermal management, and service access are planned as one deployable system.

Benefits

Organizes compute capacity into modular units for phased construction

Reduces site coordination across enclosure, electrical, and airflow work

Creates clear service routes and equipment boundaries for operation teams

Existing mining farm expansion and retrofit

For existing mining farms, prefabricated compute units support capacity expansion, equipment replacement, or functional upgrades around existing power, site, and operating conditions.

Benefits

Uses existing site and power access conditions for staged delivery

Shortens the retrofit chain through prefabricated units

Clarifies boundaries between new equipment and operating facilities

Overseas and remote compute deployment

For overseas projects and remote sites, compute enclosures, power interfaces, airflow organization, and monitoring boundaries are prefabricated into transportable modules.

Benefits

Reduces site dependency on complex trades and long-cycle civil works

Supports planning around transport, lifting, connection, and commissioning

Provides standardized service interfaces for remote sites

Energy-linked compute facilities

For wind, solar, hydro, and other energy-side scenarios, modular compute loads can be placed near the power source or grid connection point.

Benefits

Provides a repeatable load-bearing unit for energy-side compute deployment

Supports modular layout decisions based on power access and site space

Aligns electrical, thermal, monitoring, and service interfaces in one plan

Detailed Solution

The prefabricated crypto computing infrastructure solution uses Bitcoin mining containers and blockchain computing enclosures as the core facility platform. Enclosure structure, mining racks, low-voltage power distribution, cooling or ventilation paths, network cabling, monitoring alarms, fire safety, and service access are integrated into transportable, installable, and expandable infrastructure units. Compared with conventional site-built facilities, more design, assembly, inspection, and interface preparation can be completed in the factory, allowing the site team to focus on foundations, lifting, incoming power, network connection, and commissioning.

A typical system may include insulated or weather-protected enclosures, intake and exhaust airflow paths or liquid-cooling pipe routes, main distribution and branch circuits, PDU or distribution cabinets, lighting and maintenance aisles, environmental sensors, access control, CCTV, fire detection and suppression interfaces, network switching, and remote monitoring. ETENZ can configure the layout, thermal path, electrical level, and monitoring interface according to miner model, target hashrate scale, power density, local climate, utility conditions, and operation model.

For mining farms or compute facilities that need repeatable expansion, the solution can be deployed as a single module, paired modules, multi-container arrays, or a larger cluster. Incoming power, exhaust paths, networking, fire safety, and service routes can be planned for expansion, allowing owners to start with a pilot module or smaller cluster and scale as power capacity, investment pace, and equipment delivery progress.