The effects on life cycle costs (LCC) of major design and performance technology parameters for multi kW LEO and GEO energy storage subsystems using NiCd and NiH2 batteries and fuel cell/electrolysis cell devices were examined. Design, performance and LCC dynamic models are developed based on mission and system/subsystem requirements and existing or derived physical and cost data relationships. The models define baseline designs and costs. The major design and performance parameters are each varied to determine their influence on LCC around the baseline values.
Electrochemical energy storage subsystems study, volume 1
1981-09-01
Report
No indication
English
Advanced Energy Storage Subsystems for ISAD Solutions
British Library Conference Proceedings | 2002
|Multiplexing in Aircraft Subsystems. Volume II
NTIS | 1973
|Multiplexing in Aircraft Subsystems. Volume I
NTIS | 1973
|