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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
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Home / Extreme Environments

EXTREME ENVIRONMENTS

Hydro-Cooling That Works Where Others Don't.

Sub-Saharan Africa. Arabian Peninsula. Off-grid industrial zones. Our containerized hydro-cooling systems have been tested — not simulated — in the world's most demanding compute environments.

Capabilities

Built for the Environment. Not Adjusted for It.

Standard equipment fails in extreme environments for predictable reasons: insufficient heat rejection capacity, pressure drop mismatches at altitude, corrosion in high-humidity coastal sites, and control logic tuned for temperate climates. CoolSpace systems are engineered from initial design for your site conditions — not retrofitted after the fact.

Capability 1

Thermal Simulation Pre-Delivery

Full-year climate modelling before equipment is shipped

Capability 2

High Ambient Dry Cooler Configurations

Engineered for operation at ambient >40°c

Capability 3

Grid Instability Tolerance

Control systems tested against voltage fluctuation profilescommon in african grids

Capability 4

Altitude Adaptation

Pressure-compensated designs for high-altitude deployments

Capability 5

Corrosion-Resistant Builds

Marine-grade finishes available for coastal and high-humidity sites

Case Study Snippet

Proven in Sub-Saharan Africa. Tested at 40°C+.

Standard equipment fails in extreme environments for predictable reasons: insufficient heat rejection capacity, pressure drop mismatches at altitude, corrosion in high-humidity coastal sites, and control logic tuned for temperate climates. CoolSpace systems are engineered from initial design for your site conditions — not retrofitted after the fact.

Ethiopia, 150MW:

3 years of continuous operation in a high-ambient, grid-unstable environment. System availability maintained at 99.9%. On-site commissioning completed within 72 hours per container unit.

Read Full Case Studies

Dubai, UAE, 10MW:

Ambient temperatures regularly exceeding 45°C, ground surface above 60°C. PUE maintained below 1.1 throughout 2 years of operation — verified by quarterly remote inspection and annual on-site audit.

Read Full Case Studies

75

MWs Operation

3

Continuous operation

99.9%

System Availability

10

MWs Operation

>60°C

Surface temperature

<1.1

PUE

Service Support

Full-Stack Support for Remote and Extreme Sites

Deploying in a remote or extreme environment introduces risks that require more than good equipment. We provide end-to-end project support — from initial site assessment through ongoing operations.

Site Assessment & Planning

We evaluate your location, power architecture, climate data, and logistics constraints before design begins.

Custom System Design

Our engineers design around your site profile, not a standard template.

Cross-Border Logistics

Our logistics team has executed multi-container shipments to landlocked African nations, Gulf states, and island markets.

On-Site Commissioning

Our engineers travel to site for installation validation and system bring-up.

Local O&M Partnerships

Service nodes in Asia, Africa, and the Middle East. 7×24 remote monitoring included.

Request a Site Assessment Talk to an Engineer

Extreme Environment Solution FAQ

Deploying projects in remote or extreme environments can present numerous challenges, but our experts, with their years of experience, can help your projects operate smoothly.

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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