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AI Data Centers

Crypto Infrastructure

Series

CoolBase Series

Prefabricated modular AIDC infrastructure

CoolPod Series

Compact indoor compute modules

Container Series

Climate-proof hydro-cooled containers

Cabinet Series

Compact hydro-cooled compute cabinets

AI Data Centers · CoolBase Series CoolBase Series

CoolBase-1080A/W CoolBase-270A/W

AI Data Centers · CoolPod Series CoolPod Series

CoolPod-1080A/W CoolPod-36A/W CoolPod-6A/W CoolPod-2A/W

Crypto Infrastructure · Container Series Container Series

SR40 V3 Hydro cooling container SR2 A1 Hydro cooling container SRC 135-SU3 Hydro cooling container SRC 396/198 STU2 Hydro cooling container SRC 242-MU2 Hydro cooling container SRC 242-SU2 Hydro cooling container

Crypto Infrastructure · Cabinet Series Cabinet Series

SR20M Hydro server cooling unit SR34-S Hydro server cooling unit
Solutions
Finance Scientific Research Healthcare Smart Manufacturing Telecom Operators Embodied Intelligence
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Modular AI Data Center Infrastructure

Infrastructure that
arrives ready.

Closed-loop hydro-cooling systems — factory-integrated, pressure-tested, and shipped complete.

In-house ManufacturingFactory Pre-integratedClosed-Loop Hydro-CoolingPlug-and-Deploy

Discuss Your Data Center Project→Explore Engineering Solutions

Why CoolSpace

Fast to deploy. Modular by design. Fully accountable.

Every subsystem is factory-integrated and tested before it ships. What arrives at your site is ready to connect, commission, and run.

Pre-integrated data center modules ready for rapid site deployment

01

Factory-to-Site in Months

Every subsystem is assembled and validated in our facility before shipment. By the time equipment reaches your site, the engineering work is done — months, not years, to first power.

Standardized container modules transported by road to the deployment site

02

Pre-fabricated. Standardized. Deployable Anywhere.

Complexity stays in the factory, not on site. ISO-standard 40HQ modules ship by sea, road, or rail — arriving pre-integrated and ready to connect.

MW-scale containerized expansion for growing AI compute demand

03

Scalable from 1 MW to Gigawatt-Class

Modular architecture allows phased capacity expansion from a single block to multi-MW deployments — without redesigning existing infrastructure.

One CoolSpace team coordinating planning, prefabrication, delivery and commissioning end to end

04

Single-Source EPC Accountability

One team. One contract. Engineering, procurement, construction, commissioning, and after-sales support — from groundbreaking to live operation.

How We Deliver

Designed, built, and commissioned in-house.

Every CoolSpace unit is designed, assembled, and stress-tested in our own manufacturing facility before shipment — from cable harness fabrication to full-system thermal validation. No outsourced assembly. No black-box components.

Infrastructure Product Lines

Outdoor and Indoor. MW-Scale. Any Site.

Containerized AI data centers for rapid outdoor deployment, and indoor modular units for existing facilities — both factory-integrated, both ready to connect.

Outdoor Deployment

AIDC Data Center Solutions

Containerized edge AIDC built for AI, HPC, and high-density compute. Deploy MW-scale capacity on any flat outdoor site.

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Indoor micro-module data center deployment

Indoor Deployment

IDC Data Center Solutions

Indoor micro-module deployment for existing facilities. Add high-density capacity without a full-site retrofit.

View IDC Solutions→

Solutions Portfolio

Engineered for real operating conditions.

Our infrastructure is validated in operational deployments across extreme environments — not just tested in controlled conditions.

Financial services data center deployment

Finance

Low-latency, compliant infrastructure for trading, banking, and fintech workloads.

View Details→

Research

MW-scale clusters for simulation, modeling, and scientific HPC with stable long-term operation.

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Healthcare

Reliable, secure compute for medical imaging, diagnostics, and patient-data platforms.

View Details→

Telecom Operators

Edge and core infrastructure that scales with 5G, cloud, and AI traffic growth.

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Embodied Intelligence

Dense, stable compute for robotics training, autonomous systems, and edge AI.

View Details→

Smart Manufacturing

Industrial-grade modular systems for Industry 4.0, digital twins, and vision AI.

View Details→

Project Lifecycle Journey

From assessment to expansion — one partner.

From assessment to energization in approximately 9 months — with factory pre-integration and site work running in parallel to compress the overall schedule.

01

Project Assessment & Planning

We size capacity, define cooling topology, and engineer the full site layout around your workload.

02

Factory Pre-Integration

Modules are built, wired, piped, and thermally tested inside our facility before shipment.

03

Logistics & Site Delivery

Sea, road, and rail transport of standardized 40HQ units to any flat outdoor site worldwide.

04

On-site Commissioning

Plug, interconnect, test, and energize — we commission the system until it meets spec.

05

Upgrade & Scaling

Add modules, swap hardware generations, and expand capacity without redesigning the plant.

Project Schedule Overview

Typical AIDC deployment timeline

01 Assessment & Planning

4–6 wks

02 Factory Pre-Integration

11–15 wks

03 Logistics & Site Delivery

4–8 wks

04 On-site Commissioning

5–7 wks

05 Upgrade & Scaling

Ongoing

Aerial view of containerized AIDC deployment

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.

Talk to an Engineer

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Infrastructure thatarrives ready.

Fast to deploy. Modular by design. Fully accountable.

Factory-to-Site in Months

Pre-fabricated. Standardized. Deployable Anywhere.

Scalable from 1 MW to Gigawatt-Class

Single-Source EPC Accountability

Designed, built, and commissioned in-house.

Outdoor and Indoor. MW-Scale. Any Site.

AIDC Data Center Solutions

IDC Data Center Solutions

Engineered for real operating conditions.

Finance

Research

Healthcare

Telecom Operators

Embodied Intelligence

Smart Manufacturing

From assessment to expansion — one partner.

Project Assessment & Planning

Factory Pre-Integration

Logistics & Site Delivery

On-site Commissioning

Upgrade & Scaling

Typical AIDC deployment timeline

How Can We Help You?

Talk to an Engineer

AI Data Centers

Crypto Infrastructure

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Resources

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Infrastructure that
arrives ready.