eShocan delivers turnkey multi-disciplinary engineering solutions for hyperscale, colocation, and edge data center facilities. Combining advanced 3D numerical airflow simulation (CFD) with LOD 400 BIM modeling and structural seismic engineering, we ensure predictable cooling, optimized PUE, and full compliance with Uptime Institute and ASHRAE TC 9.9 standards.
White Space
Thermal CFD
3D airflow velocity, static pressure distribution, and rack inlet temperature maps. Eliminate hot air recirculation and calibrate CRAH fan speeds.
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Liquid Cooling
Architecture
Direct-to-chip microchannel flow simulation, secondary coolant distribution (CDU) balance, and two-phase immersion cooling tank natural convection.
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LOD 400
MEP BIM
Multi-disciplinary clash detection in Autodesk Revit/Navisworks. Piping spools, electrical busway routes, and modular container prefabrication.
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Transient Thermal
Ride-Through
Time-dependent thermal excursion modeling during utility power loss, chiller reboot delays, and CRAH emergency cutovers to protect SLA guarantees.
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Structural &
Seismic FEA
IBC seismic certification for heavy chillers, transformers, and battery backup racks. Raised-floor dynamic deflection and vibration isolation pad sizing.
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PUE & Energy
Optimization
Hourly annual climatic modeling to maximize free-cooling economizer runtime and reduce facility PUE toward 1.15 in hot and humid geographies.
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Download our data center CFD thermal guide or schedule a 1-on-1 engineering review with our principal AEC/Data Center practice lead.
"Predictive CFD Modeling for High-Density AI Data Center Thermal Management"
Consult directly with our Principal AEC Simulation Lead on cooling design, liquid transitions, and BIM execution.
Select a convenient slot on our principal engineering calendar:
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