Solutions
AI and High-Density Compute Environments
Modern AI workloads—like LLM training, computer vision, and inference pipelines—demand densely packed GPU clusters that generate significant heat. Refroid’s DCLC architecture, centered on the SentraFlo CDU and rack-level manifolds, efficiently removes heat directly from chips, ensuring sustained performance and low PUE. Ideal for hyperscale data centers and private AI clusters.
Retrofit in Legacy Data Centers
Legacy facilities often struggle with power and cooling constraints. Refroid’s modular CDUs and field-deployable SFNsretrofit easily into existing setups, allowing phased adoption of liquid cooling in high-density zones—without major infrastructure changes or downtime.
Edge and Modular Data Centers
For containerized or micro data centers in telecom, industrial, or remote edge locations, compact SentraFlo CDU variants offer high cooling performance within a minimal footprint. When paired with tool-less SFNs and manifolds, they deliver superior thermal efficiency and low-maintenance operation.
Greenfield Deployments Focused on Sustainability
New-build data centers focused on sustainability and long-term OPEX benefit from the SentraFlo CDU’s seamless integration with chilled or hybrid loops. Combined with rack-level manifolds, support for AI-based PUE optimization, and renewable energy compatibility, this solution helps achieve ambitious ESG goals while ensuring next-gen compute readiness.
Telecom Infrastructure
Designed to cool servers at mobile tower base stations or local switching nodes, where space, power, and cooling are highly constrained.
Remote or Hostile Environments
Ideal for mining, oil & gas, defense, and other rugged scenarios where traditional cooling and maintenance are impractical or costly.
Hyperscale &Colocation Data Centers
Tailored for GPU farms, cloud compute, and enterprise AI deployments, Ecopod delivers unmatched performance and energy savings at scale.
Disaster Recovery & Military-Grade Deployments
Ideal for defense, disaster response, and DR (disaster recovery) zones, with rugged build, self-contained systems, and power resilience that ensure continuity under extreme conditions.
OEM Factory Acceptance Testing (FAT)
Provides a programmable, hardware-free heat source during FAT for OEMs, enabling accurate validation of cooling systems before shipment.