Operators, investors, and developers face decisions worth hundreds of millions. Wrong cooling technology, wrong site, wrong density assumptions. We provide the engineering-grounded analysis that removes guesswork from capital allocation.
Which cooling technology fits your climate, tenant mix, and financial model? Air cooling, direct liquid cooling, rear-door heat exchangers, or immersion? The answer depends on variables that most advisors do not model.
We evaluate cooling strategies against real operating data from deployed facilities. Our technology assessments include capital cost, operating cost, water consumption, PUE impact, and maintenance burden across a 15-year lifecycle.
Sovereign wealth funds and private equity firms use our technical due diligence to validate data center investments before committing capital. We assess mechanical infrastructure, cooling capacity, and operational risk.
First-time data center developers engage us to avoid the mistakes that experienced operators already learned from. We accelerate your learning curve with direct access to engineering expertise across dozens of deployed facilities.
Enterprises building private AI infrastructure and general contractors entering the data center market turn to us for the mechanical engineering knowledge that their existing teams lack. We fill the gap without the overhead of permanent hires.
Engineering-grounded advisory services for data center investment, development, and operations decisions.
Data-driven evaluation of cooling technologies against your specific climate, density, tenant, and financial requirements.
Technical assessment of mechanical infrastructure, cooling capacity, and operational risk for acquisition and investment decisions.
Engineering inputs for financial models including capital cost estimates, operating cost projections, and lifecycle replacement schedules.
Evaluation of existing or proposed cooling architectures against current and projected compute density requirements.
Independent technical review of mechanical designs produced by other engineering firms, identifying gaps, risks, and optimization opportunities.
Operational analysis of existing facilities to identify mechanical system improvements that reduce PUE and lower annual energy costs.
Talk to our consulting team about your investment thesis, technology questions, or operational challenges.