Question 1

The container features an agnostic manifold design compatible with most major hydro-cooled ASICs and high-density servers.

Accepted Answer

The SR40 V3 utilizes an agnostic, standardized manifold and quick-connect infrastructure. It is engineered to be broadly compatible with the latest generation of hydro-cooled Bitcoin ASICs (such as specific Antminer or Whatsminer hydro models) as well as customized direct-to-chip cooled server racks. We provide tailored hose assemblies and flow control valves to match the precise pressure and flow requirements of your chosen hardware.

Question 2

The SR40 V3 is engineered to efficiently manage high-density heat loads via optimized closed-loop hydro cooling.

Accepted Answer

The SR40 V3 is explicitly designed for the extreme thermal densities of modern ASIC miners and high-performance computing (HPC) hardware. Through optimized fluid dynamics and high-capacity internal manifolds, it efficiently captures and transfers heat to the secondary cooling loop. Exact megawatt dissipation capacities depend on the specific dry cooling tower pairing and ambient environmental conditions at the deployment site.

Question 3

In-house manufacturing allows us to offer highly competitive, predictable lead times for large-scale projects.

Accepted Answer

Because we manufacture our core infrastructure in-house, we avoid many of the supply chain bottlenecks that affect traditional integrators. Lead times vary based on order volume and customization requirements, but we provide transparent, phased delivery schedules designed to align seamlessly with your site's electrical and civil preparation timelines.

Question 4

Direct operational experience ensures our products are designed for fault tolerance, easy maintenance, and maximum uptime.

Accepted Answer

We engineer our products from the perspective of the site operator. Having managed large-scale compute facilities, we understand that maintenance downtime directly impacts profitability. Consequently, our designs prioritize industrial-grade components, N+1 redundancy in critical fluid paths, accessible manifolds, and simplified maintenance procedures to ensure high mean time between failures (MTBF) and low mean time to repair (MTTR).

Question 5

Yes, our modular systems are highly adaptable for remote locations and non-traditional energy integrations.

Accepted Answer

Yes. Energy companies and institutional investors frequently deploy computing infrastructure to monetize stranded or curtailed energy. Our containerized hydro cooling systems are highly self-contained, requiring minimal on-site civil engineering. This makes them ideal for rapid deployment at remote generation sites, flare gas mitigation projects, and off-grid renewable energy installations.

Question 6

We utilize a modular, containerized architecture that allows for rapid, standardized scaling across large deployments.

Accepted Answer

Our infrastructure is built on a modular, containerized architecture. Instead of designing bespoke mechanical rooms for every site expansion, operators can deploy our standardized hydro cooling containers and matching dry cooling towers in modular blocks. This approach standardizes site preparation, simplifies electrical topography, and drastically reduces the time required to bring multi-megawatt capacities online.

Question 7

Yes, CoolSpace owns and operates its manufacturing facilities to strictly control quality and lead times.

Accepted Answer

Yes. Unlike integrators who assemble third-party components, CoolSpace owns and operates its own manufacturing facilities. This vertical integration allows us to enforce strict quality control protocols, rapidly iterate on engineering designs based on operational feedback, and provide reliable, predictable lead times for multi-megawatt infrastructure deployments.

Question 8

CoolSpace designs and manufactures cooling infrastructure for high-density computing environments.

Accepted Answer

CoolSpace is an engineering company focused on thermal infrastructure for high-density computing environments. We design and manufacture hydro-cooling containers, cooling systems, and supporting infrastructure used in large-scale Bitcoin mining facilities and computing deployments.Unlike traditional equipment vendors, CoolSpace combines manufacturing capability with real-world operational experience from mining site development and operations. Our systems are engineered specifically for high-density workloads where reliable thermal management is critical to long-term infrastructure performance.

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