Design Services
Architecting Liquid Cooling Solutions That Maximize Compute per Megawatt
100–250kW
Current Rack Density
100% DTC
Liquid-Cooled
Pre-Construction
Design Integration
99.9999
Uptime Target
DESIGN PHILOSOPHY
The cooling architecture you select today determines your facility’s capabilities for the next decade. Data Airflow designs mechanical systems that solve today’s thermal challenge at 100–250kW per rack while creating a clear upgrade path for the 1MW densities already on the hardware roadmap.
Every facility we design is 100% direct-to-chip liquid-cooled. No mixed environments, no air-cooled compromises. Our designs deliver the highest possible compute density within the available power and physical space—because in AI infrastructure, efficiency isn’t a nice-to-have. It’s the entire value proposition.
DESIGN CAPABILITIES
Liquid Cooling Architecture
- Direct-to-chip liquid cooling for GPU clusters
- CDU sizing, selection, and piping design
- Central chilled water & condenser water plants
- Redundancy architecture (N+1 through 2N)
- Two-phase immersion cooling integration
Facility Planning
- Pre-construction integration with all trades
- Master planning for phased campus buildout
- Climate-specific efficiency optimization
- Water usage & sustainability modeling
- Site feasibility & infrastructure assessment
WHAT SETS OUR DESIGN APART
We engage before the first wall goes up. By integrating mechanical design with architecture and structural engineering from day one, we ensure every facility is purpose-built to extract maximum compute from every available megawatt—not
retrofitted after the fact.
Field-Informed Design
Our designers have commissioning and construction experience—so every drawing reflects how liquid cooling systems are actually built, tested, and operated at scale.
Designed for Commissioning
Every system is designed with testability and verifiability in mind, because a design that can’t be cleanly commissioned is a design that can’t guarantee performance.
Compute Density as the Metric
We don’t optimize for lowest first cost. We optimize for the most compute capacity per megawatt and per square foot—the metric that drives operator revenue.