Home / SR2 A1 & V1 Hydro Cooling Container

SR2 A1(UL) / V1(CE) Hydro Cooling Container

Purpose-built for large-scale hydro-cooling data center cluster with exceptional thermal and spatial efficiency
SR2 A1 V1 Hydro-cooling Container

Modular Structure

High-Density Computing Power Support

Rapid Deployment

Stable Heat Dissipation

Industrial-Grade Design

PDC

Main breaker: 2400A(1200A*2)

Miner breakers: 16A*182pcs

NET Switch

24port 1000Mps*15pcs

Computer Rack

182 slots high-strength frame built-in cable

CDU

PLC cabinet All in One water tank
Pump:87m³/h

Product Overview

The SR40 V3 Hydro Cooling Container is a modular infrastructure unit designed for high-density computing environments. It in tegrates hydro-cooling technology with containerized deployment architecture to support scalable computing facilities.The system is engineered for efficient thermal management, reliable operation, and rapid deployment.
  • Up to 364 HPC Servers can be housed inside a single 40ft container
  • Target Computer: Supercomputing Server, Model S19/21 hydro series.
  • Total load: 2100 kw (including cooling power consumption)
  • PUE<1.05
  • Integrated dry cooler.
  • Type of container: 40HQ*2 Stacking Design
  • Heat dissipation:2000 kW;equipped with 20 large-volume fans

Advantages

Lower
Transportation
Costs

It has lower transportation costs compared to the traditional 20-foot container solution.

Save 56% of
The Land

The same power capacity can save 56% of the land occupied compared to a 20-foot container solution.

Reduces The
Amount of Work and
Time

Highly prefabricated modular design greatly reduces the amount of work and time required for deployment.

UL
Certification

UL certification for the entiresystem and hardware.

Cooling Parameters

SPECSR2 A1(UL) / V1(CE)
Unit of Computer364
CertificationUL/CE certification
System compositionDry cooler container*1 / Device container*1(PDC*2+RACK*2+CDU)
System energy consumption108kw
Heat dissipation capacity>2400KW
Environmental adaptability-20°℃~45℃
Evaporation padStandard configuration
Container specifications40HQ*2 China Classification Society Certification
Constant temperature modeVariable frequency speed control of AC fan + AC fan stepwise regulation
Pump11kW*1
Supercomputing Server container weight9080kg
Dry cooler weight9230kg
Control systemPLC control console
Input3-phase 380-415V 50/60Hz

Key Features

Hydro-Cooling Architecture

The system utilizes liquid-based thermal management to efficiently dissipate heat generated by high-density computing hardware.

Modular Container Design

Containerized infrastructure allows rapid deployment, simplified transportation, and scalable expansion for large-scale computing facilities.

High-Density Computing Support

The SR40 V3 is designed to support high-density computing loads while maintaining stable operating temperatures.

Industrial-Grade Construction

Built for long-term operation in demanding environments, the container structure and cooling systems are engineered for durability and reliability.

Applications

Bitcoin Mining Facilities

High-Density Data Centers

Energy-Integrated Computing Sites

Remote Computing Infrastructure

Typical Use Cases

Rapid Site Deployment

Modular InfrastructureExpansion

Simplified Facility Planning

Reduced Cooling System Complexity

    How Can We Help You?

    We design and manufacture a new generation of containerized cooling systems, tailored for harsh environments and global deployments.
    • What are the typical lead times for large-scale infrastructure orders?
      Lead times depend on order volume and customization, but in-house manufacturing removes many supply-chain bottlenecks. A typical AIDC project runs approximately 9 months from assessment to energization.
    • How does your experience in mining farm operations influence your product design?
      Products are engineered from the site operator's perspective: industrial-grade components, N+1 redundancy on critical fluid paths, accessible manifolds and simplified maintenance — targeting high MTBF and low MTTR.
    • Are CoolSpace solutions suitable for off-grid or stranded energy deployments?
      Yes. Containerized hydro-cooling systems are highly self-contained and need minimal on-site civil engineering, making them suitable for remote generation sites, flare-gas mitigation projects and off-grid renewable installations.
    • How does CoolSpace support multi-megawatt infrastructure scaling?
      CoolSpace scales capacity in modular blocks: standardized hydro-cooling containers and matching dry cooling towers are added as repeating units, so sites grow from a single block to gigawatt-class without redesigning existing infrastructure.
    • Does CoolSpace manufacture its own cooling infrastructure?
      Yes. CoolSpace owns and operates its own manufacturing facility, where every unit is designed, assembled and tested in-house — from cable harness fabrication to full-system thermal validation — before it ships as a factory-integrated module.

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    Standard Customization

    If your project is unique and requires a customized solution, our engineers and manufacturing capabilities are a reliable partner.Build With CoolSpace