Can multiple SR40 V3 containers be clustered together?

Question

Accepted Answer

Short answer Yes — the SR40 V3 is inherently modular. Multiple containers can be deployed in a cluster for multi-megawatt sites, either plumbed individually to dedicated dry cooling towers or engineered into a larger, centralized closed-loop dry cooling array. Inherently modular architecture Individual or centralized plumbing Built for multi-megawatt sites Same interface at every block Two clustering topologies TopologyHow it worksBest suited to Individual plumbingEach container is plumbed to its own dedicated dry cooling tower.Maximum isolation — a fault in one loop stays contained to one container. Centralized closed-loop arrayContainers tie into a shared dry cooling array.Higher density and shared heat rejection with fewer towers on site. What stays constant as the cluster grows A multi-megawatt site built by repeating the same container block. The container does not change. Each block keeps the same standardized manifold and interface. Topology is a site decision. The choice between individual and centralized plumbing follows your space and redundancy requirements. Growth is additive. Capacity scales block by block without redesigning deployed units. Standardized rows ready to repeat. The same pattern repeated across the site. Related questions How does CoolSpace support multi-megawatt infrastructure scaling? What site preparation is required to deploy the SR40 V3? What redundancy features are built into the SR40 V3 cooling loop? Sizing a clustered deployment? Talk to a CoolSpace engineer

Can multiple SR40 V3 containers be clustered together?

Short answer

Two clustering topologies

What stays constant as the cluster grows

Are you looking for a reliable supplier of cooling systems for large-scale hydro-cooling data center cluster?

AI Data Centers

Crypto Infrastructure

Support

Resources

About

Topology	How it works	Best suited to
Individual plumbing	Each container is plumbed to its own dedicated dry cooling tower.	Maximum isolation — a fault in one loop stays contained to one container.
Centralized closed-loop array	Containers tie into a shared dry cooling array.	Higher density and shared heat rejection with fewer towers on site.