About CoolSpace
More Than a Manufacturer.
A Partner Who Runs What We Build.
CoolSpace was founded by operators, for operators. We run one of the world's largest
hydro-cooling data center facilities — and everything we manufacture is validated against
our own operations before it ever reaches your site.
Inside CoolSpace
Where every COOLSPACE system takes shape.
The COOLSPACE production base — in-house manufacturing for hydro-cooled infrastructure.
15
Self-operated sites under our own management
300+
MW of managed IT load in live operation
0
Unplanned downtime in extreme-heat, full-load conditions
2024
Recognised as a Bitmain Certified Preferred Supplier
Company Overview
Built from the inside out.
CoolSpace emerged from a simple observation: most hydro-cooling equipment is designed by
engineers who have never operated a data center at scale. We have.
As operators of large-scale hydro-cooled data center infrastructure, we understand the real
cost of a failed heat exchanger at 3am, the logistical complexity of cross-border equipment
delivery, and the engineering judgment required to adapt a system to local grid conditions.
That operational experience defines every product we build and every solution we deliver —
from prefabricated modular AIDC infrastructure to compact indoor compute modules.
Mission
To engineer reliable infrastructure for high-density computing.
Vision
To support the global growth of computing infrastructure through advanced cooling technologies and practical engineering solutions.
Manufacturing
In-house manufacturing. Industry-certified.
Our manufacturing arm, StarRiver CoolSpace Technology (Guangdong) Ltd., operates a
dedicated hydro-cooling production facility in China. We co-develop our core heat exchange
components with Guangdong Boyi Heat Transfer — one of the industry's leading
thermal component manufacturers.
2024
Bitmain Certified Preferred Supplier
A certification that reflects our product quality, delivery capability and supply chain reliability.
Our Team
Excellent performance of the core team.
Our team combines first-hand experience with the cooling infrastructure supply chain to build a
better hydro-cooled production base.
ZY
Zack Yan
Director of Market & Product
Zack brings a rare combination of engineering training and deep AIDC industry experience. He has
directly participated in the design and productisation of multiple mainstream hydro-cooling
container products, and bridges CoolSpace's R&D capability with the technical requirements
of its global clients.
BZ
Bridge Zhang
Director of Engineering
Bridge leads engineering development of hydro-cooling systems and holds multiple product
patents, focusing on performance, reliability and scalable deployment. His expertise stems from
more than 20 years in the HVAC industry.
JH
James Hu
Head of BD, North America
James leads CoolSpace's business development in North America, working with AIDC operators,
investment groups and project developers across the U.S. and Canada. He translates client
infrastructure requirements into actionable deployment plans, backed by our engineering and
logistics teams.
Our Advantages
Battle-proven hydro cooling experts.
Making your hashrate run steadier, longer, greener and more profitable.
Battle-tested reliability from real data center operations
Proven across 15 self-operated sites in Ethiopia (300+ MW managed), delivering zero unplanned
downtime in extreme heat and full-load scenarios.
Faster payback and lower long-term costs
Lower transport costs, two-thirds less land usage, and drastically reduced deployment time and
labour versus traditional 20ft containers. Extends hardware life and cuts OPEX, accelerating ROI
for mid-to-large farms (10–50 MW).
Modular, engineering-grade design for easy scaling
Fully prefabricated, stackable 40HQ containers with integrated dry coolers, PLC controls and
redundancy — ideal for new builds, upgrades and extreme environments, with seamless replication
across sites.
Eco-friendly and low-noise
Closed-loop hydro cooling reduces noise, water usage and carbon footprint significantly. Supports
waste heat recovery and aligns with 2026 ESG standards for sustainable supercomputing.
Full lifecycle support with clear accountability
From pre-sales diagnostics and ROI modelling to FAT testing, remote monitoring, priority spares and
optional SLA hosting — one trusted partner who understands the ROI of AIDC and your operational
pain points.
Let's scope your deployment
Tell us your site conditions, power envelope and timeline. Our engineers will come back with an
ROI model and a deployment plan.
How Can We Help You?
Answers engineers actually ask.
We design and manufacture a new generation of containerised cooling systems, tailored for harsh
environments and global deployments.
Support for winter heating or industrial heat reuse?
We utilise heat exchangers to recycle waste heat at 45 °C–60 °C for secondary industrial or residential use, turning a disposal cost into a recoverable asset.
How many days from arrival to full commissioning?
Installation and commissioning periods vary by container size, from 12-miner to 308-miner units. Share your configuration and we will provide a site-specific schedule.
What ground and foundation requirements apply?
On-site requirements cover ground flatness, load-bearing capacity and power supply for container stability. A pre-delivery site survey checklist is issued with every quotation.
Custom branding and CSC shipping certification?
Customised branding is available on all container series. Mandatory international shipping certifications such as CSC are provided as standard with every export unit.
Anti-corrosion grades and insulation performance?
Containers are specified to C4/C5 corrosion resistance classes with high-density foam insulation, suited to coastal, desert and high-humidity deployments.
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