| Durability:
Nickel-Hydrogen cells are hermetically-sealed assemblies that offer the ability to withstand rigorous electrical requirements and temperature extremes seen in LEO/MEO/GEO applications. In addition to electrical testing, Nickel-Hydrogen batteries are subjected to a variety of nondestructive environmental tests to demonstrate the flightworthiness expected by customers. Extensive data has been collected from decades of in-flight operation and life-testing to demonstrate the robust performance of the Nickel-Hydrogen electrochemistry.
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Electronics:
Nickel-hydrogen cells can be equipped with strain gages to monitor their state-of-charge, while batteries are capable of being outfitted with temperature control/monitoring components, bypass switches, and other specialized electronic devices to optimize performance.
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Design Flexibility:
Cell diameters range from 2.5 to 5 inches, with nominal capacities ranging between 6Ah to 350Ah. A variety of multi-cell battery configurations exist and are tailored to the requirements of the spacecraft.
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