Data Centers

Prevent Downtime. Reduce Energy. Optimize Cooling.

De-risk data center projects. Prevent Downtime. Reduce Energy. Optimize Cooling.

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Built for Data Center Cooling

Keep the Servers Running. Keep the Cooling Flowing. Simulate pressure surges, pump trips, and valve failures before they threaten uptime.

Fathom

Simultaneously solve flow and heat transfer across your entire cooling loop. Fathom predicts pressure drops and temperature profiles in one environment, so imbalances are caught in the model — not on the floor.

Impulse

Simulate the moment a pump trips or a valve slams shut. Impulse captures the full transient response of your cooling network so you can specify surge protection, protect piping integrity, and guarantee uninterrupted uptime.

GSC (Goal Seek & Control)

Automated Design Optimization- Define your targets for flow, pressure, and temperature — then let Goal Seek & Control automatically adjust pump speeds and valve positions to meet them. Eliminate trial-and-error and deliver balanced designs that hit performance and budget goals simultaneously.

XTS (Extended Time Simulation)

Short transient tests miss the slow-building risks. Extended Time Simulation models how critical parameters evolve over hours or days, uncovering thermal stratification, system resonance, and creeping pressure issues before they become outages.

Scenario Manager

Compare multiple design configurations side-by-side with color-map overlays that surface flow imbalances, pressure deviations, and temperature hotspots at a glance. Faster decisions. Defensible designs. Audit-ready reports.

Risk Analysis

Bring Monte Carlo analysis to your projects. Evaluate cooling system failure cascades and associated thermal risks, cooling water demand variations with load, on-site renewable and battery storage sizing and overall ROI and financial risks.

Thermal model

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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Reliability Check

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.

Discover Pipe Flow Modeling