Data Centers

Prevent Downtime. Reduce Energy. Optimize Cooling.

Simulate data center cooling to prevent pressure surges, optimize pump sizing, and ensure reliable, energy-efficient operation.

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Built for Data Center Cooling

Harness a unified suite of flow-modeling tools to simulate complex data center cooling networks with pinpoint accuracy. Early detection of hydraulic instabilities, like water hammer or uneven flow distribution, lets you minimize risks. Leverage automated goal-seeking and extended-duration transient analyses to optimize pump selection, reduce energy consumption, and safeguard uninterrupted uptime.

Fathom

Steady-state incompressible flow analysis to balance cooling loops, optimize pump performance, and ensure design accuracy.

Impulse

Transient and water-hammer simulation to predict pressure surges, protect piping, and maintain uninterrupted data center uptime.

GSC (Goal Seek & Control)

Multi-variable goal-seeking and control to automate design trade-offs and hit targets for pressure, temperature, and cost.

XTS (Extended Time Simulation)

Extended dynamic simulation modeling how critical system parameters vary over time to capture long-duration transients and behaviors.

Fathom

Coupled hydraulics & heat-transfer modeling

Simultaneously solve flow and thermal exchange in one environment to predict pressure drops and temperature profiles across your cooling loop. By modeling both fluid and heat transfer together, you avoid inconsistencies that arise before they become uptime risks.

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Impulse

Transient simulation

Validate normal operation with steady-state analysis and then switch seamlessly into transient mode to see system response to pump trips, valve closures, or power failures. Having both capabilities in one interface ensures you capture both long-term performance and surge behavior without data loss or manual rework.

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GSC (Goal Seek & Control)

Multi-variable goal-seek & control

Define targets for flow, pressure, and temperature, then let the tool automatically adjust pump speeds and valve positions to meet your criteria. This removes tedious trial-and-error loops and delivers balanced designs that hit both performance and budget goals.

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XTS (Extended Time Simulation)

Extended-duration transient analysis

Simulate how critical parameters evolve over hours or days to capture slow-building surges, system resonance, or thermal stratification effects. Extended-time runs help you uncover issues that short transient tests might miss, safeguarding uptime in long-haul operational scenarios.

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Report-Ready Results

Scenario manager with gradient visualization

Build and compare multiple design scenarios side-by-side with color-map overlays that highlight flow imbalances, pressure deviations, or temperature hotspots. This visual approach accelerates decision-making on the best design configuration for your project goals.

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