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DETERMINOVA / VIRTUAL TWIN

FIN007 Data centre

Explore power continuity and cooling in one connected model.

SIMULATED EXAMPLE
Illustrative equipment, capacities and topology. No FIN007 site measurements or physical control connection.

Both utility feeds and both chillers available.

RUNNING · T+00:00
IT power served600 / 600 kW

Full IT demand supplied

Facility electrical load812.5 kW

Instantaneous PUE 1.35 · includes charging

Room temperature24.00 °C

Target 24 °C · warning ≥ 28 °C

UPS usable energy100.0 %

120.0 / 120 kWh · 12.0 min at demand

Connected systems

FIN007 / HALL 01 · 11 objects
Select an object to inspect
SUPPLYDISTRIBUTIONCONTINUITYDATA HALLHEAT REMOVALUtility A406.3 kWAvailableUtility B406.3 kWAvailableStandby generator0.0 kWStandbyEPOD / AC bus812.5 kWEnergisedUPS A60.0 kWhReadyUPS B60.0 kWhReadyData hall 0124.00 °CIT suppliedChiller 01325.0 kWthRunningChiller 02325.0 kWthRunningFan wall 0125.0 kWRunningFan wall 0225.0 kWRunningConceptual topology · ideal transfer · UPS backs IT only
Electrical supplyThermal transportUnavailable / standby

Simulation trends

Session samples · T+mm:ss
Room temperature24.00 °C
00:0000:01
24–32 °C
UPS stored energy120.0 kWh
00:0000:01
0–120 kWh

Active conditions

0 active
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All systems within model limits

Choose a fault scenario to explore the response.

Model assumptions & calculation basis

This is a functional example, not the as-built FIN007 model. The two utility feeds share an idealised AC bus. Both UPS units share IT demand equally. Cooling and fan walls require utility or generator power. UPS and distribution losses are omitted; fuel limits, switching transients and equipment ramp rates are not modelled.

Two 400 kW thermal chillers use a fixed COP of 4. Each fan wall consumes 25 kW and transports up to 450 kW of cooling. Indoor heat = served IT + fan power. Cooling demand = indoor heat + 100 kW/°C × (room temperature − 24 °C), limited by available chillers and fan walls.

Temperature change = (heat input − heat removed) × hours / 20 kWh/°C. Stored energy changes by battery charging minus discharge. Charging is limited to 40 kW and available source headroom. Facility load = served IT + fans + chiller input + battery charging. PUE is an instantaneous model ratio, not a measured annual performance figure.

The generator is available after 10 simulated seconds. All scenarios use one-second integration steps regardless of playback speed. Selecting a scenario resets time, temperature and battery energy. Reset preserves the selected scenario, demand and fan-failure setting. All values stay within this browser session.