Publication | Open Access
End-to-End demonstrator of the Safe Affordable Fission Engine (SAFE) 30: Power conversion and ion engine operation
11
Citations
5
References
2002
Year
EngineeringPower ConversionFusion PowerSafe 30Nuclear Systems SimulationSystems EngineeringEnd-to-end DemonstratorModeling And SimulationNuclear ReactorsElectrical EngineeringHardware-in-the-loop SimulationRocket EngineFission EnergyAerospace Propulsion SystemsPropulsionNuclear EngineeringNuclear PowerIon Engine OperationAerospace EngineeringNuclear Reactor EngineeringSoftware TestingNuclear SafetyTest SeriesReactor SafetyPhase 1
The Safe Affordable Fission Engine (SAFE) test series addresses Phase 1 Space Fission Systems issues in particular non-nuclear testing and system integration issues leading to the testing and non-nuclear demonstration of a 400-kW fully integrated flight unit. The first part of the SAFE 30 test series demonstrated operation of the simulated nuclear core and heat pipe system. Experimental data acquired in a number of different test scenarios will validate existing computational models, demonstrated system flexibility (fast start-ups, multiple start-ups/shut downs), simulate predictable failure modes and operating environments. The objective of the second part is to demonstrate an integrated propulsion system consisting of a core, conversion system and a thruster where the system converts thermal heat into jet power. This end-to-end system demonstration sets a precedent for ground testing of nuclear electric propulsion systems. The paper describes the SAFE 30 end-to-end system demonstration and its subsystems.
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