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Hydro-cooling systems for
high-density ASIC operations

Purpose-Built Infrastructure.
MW-Scale. Any Site.

·Proven stability under continuous full load
·System‑level design focused on uptime and ROI
·Built for extreme environments and long‑term operation

Discuss Your Data Center ProjectExplore Engineering Solutions

Cooling Is Not the Goal. Stability Is.

CoolSpace systems are engineered to protect hashrate, reduce downtime, and deliver predictable long-term ROI in real HPC environments.

System-Level Engineering

Complete Cooling System

We design complete cooling systems instead of assembling individual components. Every part is built to work together under continuous full load.

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Stability-First Design

Maintainability First

Redundancy, fault isolation, and maintainability are prioritized over theoretical peak parameters.

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Lifecycle Responsibility

Always Responsible

From deployment to long-term operation and expansion, we stay responsible for system performance.

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Solutions for Real AIDC Scenarios

Built to solve operational problems, not theoretical benchmarks.

New Data Center Deployment

Standardized liquid cooling infrastructure for fast deployment, predictable performance, and scalable expansion.

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Existing Data Center Upgrade

Phased retrofit solutions that minimize downtime while improving long-term system stability.

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Extreme Environment Supercomputing

Engineered cooling systems designed for high temperatures, remote locations, and limited on-site staff.

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Proven in Real Data Center Operations

Our systems operate where failure is not an option.

High-Temperature Region

40°C+ ambient environment · Multi‑MW deployment · Stable 24/7 operation.

Remote Location

Limited on-site staff · Fault isolation design · Reduced emergency downtime.

Large-Scale Expansion

Modular system architecture supporting phased capacity growth.

What Our Clients Value

Stability, responsibility, and predictable operations.

“What matters is not peak performance, but how little we worry about the system during operation.”

Alex

Project Director

“Issues happen. What matters is whether the system isolates them without affecting the entire farm.”

Luke

Project Manager

“CoolSpace feels more like an engineering partner than a hardware supplier.”

Jude

Engineer

Frequently Asked Questions

Questions mining operators actually ask.

Is liquid cooling risky?

roperly engineered liquid cooling systems are more stable than air cooling, with built-in redundancy and fault isolation.

What happens if a component fails?

Our system design prevents single-point failures from impacting the entire operation.

Can the system scale?

Yes. Modular architecture allows phased expansion without redesign.

Become an Exclusive Partner of CoolSpace

CoolSpace offers a comprehensive support system tailored for harsh environments and global deployments.Contact Now

Built in-house. Engineered to last.

Every CoolSpace unit is designed, assembled, and stress-tested entirely within our own facility - from cable harness fabrication to full-system thermal validation. No outsourced assembly. No black-box components. Just engineering we can stand behind.

In-house thermal design

Factory pre-commissioning

Plug-and-deploy

Custom configurations

Watch how we buildDownload manufacturing spec

News Blog

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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

How Can We Help You?

We design and manufacture a new generation of containerized cooling systems, tailored for harsh environments and global deployments.
  • Support for winter heating or industrial heat reuse?
    Yes — by integrating an external plate heat exchanger (PHE), the system can export high-quality return water heat at 45°C to 60°C for building heating, greenhouse agriculture or other industrial applications.
  • Days required from arrival to full commissioning?
    Installation time depends on the model: a 12-miner micro skid can be grid-connected within half a day, while a 308-miner standard container reaches full-load commissioning in 2 to 3 days with a skilled team.
  • Ground and foundation requirements for installation?
    A level, hardened concrete foundation or load-bearing steel frame is essential. The site must also satisfy flatness, load-bearing capacity, reliable power supply, proper drainage and space for equipment hoisting.
  • Custom branding and CSC shipping certification?
    Custom logos and color schemes are supported, quoted separately based on complexity. For international logistics, all necessary certification documents are provided — including CSC certification — for compliant maritime shipping.
  • Anti-corrosion grades and insulation performance?
    Standard containers feature C4 industrial-grade corrosion resistance, with C5 marine-grade options available. Inner walls are lined with high-density polyurethane foam for flame retardancy and thermal insulation.

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