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Nickel-Hydrogen to Lithium-Ion 'Bridging the Gap'

机译:镍氢与锂离子“弥合差距”

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In the aerospace battery business, weight is allimportant. The current long-standing systems for onorbit power storage are nickel hydrogen and nickel cadmium, with nickel hydrogen being the current technology leader in on-orbit power storage. Lithiumion, because of its high specific energy, is new technology which holds great promise for aerospace applications. The purpose of this paper is to summarize the efforts being undertaken at Eagle Picher to optimize the weight of thermal and support structures, and then to use those improvements to compare the competing technologies.
机译:在航空电池业务中,重量至关重要。当前在轨电力存储的长期使用的系统是镍氢和镍镉,而镍氢是目前在轨电力存储的技术领导者。锂离子电池因其高比能而成为一项新技术,在航空航天应用中具有广阔的前景。本文的目的是总结在Eagle Picher所做的努力,以优化散热和支撑结构的重量,然后使用这些改进来比较竞争技术。

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