Modeling And Optimization Of A Regenerative Fuel Call System Using The ASPEN Process Simulator

The Hydrogen-Oxygen Regenerative Fuel Cell System has been identified as a key component for energy storage In support of future lunar missions. Since the H/sub 2/-O/sub 2/ regenerative electrochemical conversion technology has not yet been tested In space applications, It Is necessary to implement predictive techniques to develop initial feasible system designs. The ASPEN simulation software furnishes a constructive medium for analyzing and for optimizing such systems. A rudimentary regenerative fuel cell system design has been examined using the ASPEN simulator and this modular approach allows for easy addition of supplementary ancillary components and easy Integration with life support systems. The modules Included in the preliminary analyses may serve as the fundamental structure for more complicated energy storage systems.