Orbital Vera Rubin NVL72 Space Compute Simulator

Mission Preset Architecture

Thermal & Power Geometry

NVL72 Compute Racks (125 kW ea) 1 Rack

Deployable Radiator Area ($A_{rad}$) 148.4 m²

Radiator Loop Temp ($T_{rad}$) 65.0 °C

Orbital Altitude (LEO) 550 km

Battery Storage Buffer 150 kWh

Active Compute Duty Cycle 100 %

Orbital Vacuum Heat-Dissipation Schematic 1361 W/m² Solar Flux

Orbital Period Position (0 to 95.6 min) 100% Sunlight (No Umbra)

90-Minute Thermal & Battery Telemetry Profile

Thermal Equilibrium & AI Throughput

Net Equilibrium Temp

54.2 °C

Required Radiator Area

148.4 m²

Peak Solar Generation

180.2 kW

Orbital FP8 Compute

288 PFLOPS

Physics & Orbit Telemetry Proof

Stefan-Boltzmann Rejection ($P_{rad}$):125.0 kW

Earth Albedo & IR Influx:14.8 kW

Eclipse Depth Per Orbit:0.0 min

Min Battery Depth-of-Discharge:0.0% (Safe)

Radiator Emissivity ($\epsilon$):0.92 Dual-Sided

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