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L2 > a; E LO ~ 3 ~ ~8 c: !. o V Milestone o Request for proposal Issued o Contractawarded 2.1 - Multlkllowatt system development A Conduct Industrial briefing B Initiate field tests of multlkllowatt preprototye C Make decision to proceed with multl- kilowatt prototype 2.2- Megawatt system development A Complete stack design of lOO-kW module B Complete system deSign of lOO-kW module 2.3- 1-kW preprototype system A Start tests B. Complete evaluation C Publish 1-kW evaluation report D Complete modifications for endurance tests Calendar year 1980 1981 1982 J MMJ !AS NuJFMAMJJASONDJF AJJASuND Discharge 6LI____- L _ _ _ _- L _ _ _ _~----~----~----~----~--~~, ~ 16 8 o 8 16 24 '32 Capacity, Wh Figure 1L - Charge-discharge cycle for NASA Lewis preprototype l-kW Redox energy storage system charge at 12.5 Ato L 20 V/cell, then taper, discharge at 12.5 A, pump and Instrument control power externally supplied (In cycling from O. 94 Vto L 15 Vand back to O. 94 V, the ampere- hour efficiency was 83.9 percent and the watt-hour efficiency was 56. 7 percentl ~,) B~7 ~7 1~7 ~ I~ ~ D7 Flgu re 12. - Activity schedule for Redox project element 2.0- prototype systems development.PDF Image | NASA Redox Storage System Development Project 1980
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