Datacenter Cooling — Thermal Simulation for Data Centers

Description

Datacenter Cooling is a transient thermal-fluid simulator built specifically for data center plants. Drag components onto a schematic canvas — from chip junction to cooling tower — wire them port to port, press Run, and get time-series results, PUE/WUE metrics, and a print-ready facility report.

What can it model?

All three cooling technologies — and mixes of them on one plant: traditional air cooling (CRAH/CRAC, containment, raised floor), direct-to-chip liquid (cold plates, CDUs, warm-water loops), and immersion (single-phase and two-phase boiling baths). The demo facility runs 30 kW air-cooled, 20 kW direct-to-chip, and 15 kW two-phase immersion simultaneously on one chilled-water plant. Weather-driven studies read standard EPW/TMY3 files; equipment failures (pump trips, chiller trips, N+1 failover, thermal-storage ride-through) are first-class scenarios.

Key features

• ~68 documented components: chillers (EIR, Carnot, absorption), cooling towers, CRAH/CRAC, cold plates, CDUs, immersion tanks, TES tanks, economizers, pumps, valves, PV, batteries, tariffs, PID and staged controls, and more
• Fast — a full 8,760-hour weather year solves in about a minute
• Validated against published data: ASHRAE psychrometrics, EnergyPlus chiller curves (a Carrier nameplate COP reproduced within 1%), the YORKcalc tower correlation (mean 0.33 K approach error), published FC-72/HFE-7100 boiling curves, and the Breen chip-to-tower benchmark matched within 0.3%
• Client-ready reports — self-contained HTML (print to PDF) with PUE, WUE, per-component energy, time-series charts, A/B scenario overlays; Word export included
• Tornado sensitivity analysis and digital-twin calibration to measured BMS trend data
• Co-simulation with EES, MATLAB, Excel, or Python, and user-defined components built from inside the GUI
• Ready-made case studies: a 2 MW containment hall, air-side economizer + evaporative cooling, chillerless warm-water DTC, rear-door heat-exchanger retrofit, district-heat reuse, water-vs-energy A/B, TES arbitrage

Who is it for?

Data center cooling designers, facility engineers, colocation and hyperscale operators, and energy consultants who would otherwise stretch TRNSYS, EnergyPlus, or Modelica to fit a data center. It is fully standalone — no host simulator, no Python installation: one installer, one native desktop window.

System requirements

Operating system	Windows 10 / 11 (64-bit) with Edge WebView2 (ships with Windows)
Host software	None — fully standalone
Python	Not required — single self-contained executable

How does licensing work?

Pick a plan above, check out, and your license appears instantly under My Account → Software Licenses. Open the app’s Activation tab, copy your computer’s serial number into the license page, and your key is generated on the spot — timed plans start counting from activation, not from purchase, so buying ahead never wastes days. Renewing early always keeps your remaining days.

• Instant delivery — no waiting for a human to email keys
• Free trial available: one per customer, activates in minutes
• Changed computers? We reset your activation and you keep your remaining days
• Lifetime plans never expire and include updates to the same major version