Configuration
Presets & Loads
Direct-to-Chip Liquid Cooling
Cold plates directly on GPU/CPU dies. High efficiency.
Two-Phase Immersion Cooling
Servers submerged in dielectric fluid. Extreme heat density.
Evaporative Air Chiller Loop
Traditional forced air with CRAH units. Lower density limit.
Cluster Power Output
100 MW
Rack Density
40 kW/rack
Coolant Flow Rate
1200 GPM
Ambient Inlet Temp
25 °C
Grid Voltage
138 kV
System Telemetry
Real-time
Power Usage (PUE)
1.12
Total Grid Draw
112 MW
Coolant Delta-T
12.8 °C
Chip Junction Temp
62.4 °C
Thermal Safety Status
Optimal Operating Range
Thermodynamic Insight:
Direct liquid cold plates maintain chip junction temperatures well below the 85°C thermal throttling ceiling. Substation transformers are operating within safe peak load thresholds.
Energy Footprint Summary:
HV Substation Stepdown: 1.12 MW loss
HVAC / Pump Overhead: 10.88 MW
Effective Heat Rejected: 100.00 MW