New lithium oxyhalide reserve battery technology

S. McKay, M. Peabody, J. Brazzell
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Abstract

A high power, light weight lithium oxyhalide reserve battery has been developed for the Theater High Altitude Area Defense (THAAD) missile program under sponsorship of the Atmospheric Interceptor Technology (AIT) program. This battery has two electrically isolated sections composed of 8 and 9 cells combined in series to provide required power when operating between 24.0 volts and 34.5 volts. One section provides 400 watts average power, while the other section provides a highly varied load that averages 200 watts. The battery has proven itself capable of sustaining this level of loading in excess of 360 seconds in environmental conditions ranging from -20/spl deg/C to 55/spl deg/C. This battery completed qualification to the requirements of the THAAD KV Battery Specification on August 25, 1999.
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新型氧化卤化锂备用电池技术
在大气拦截技术(AIT)计划的赞助下,为战区高空区域防御(THAAD)导弹计划开发了一种高功率、轻重量的氧化卤化锂备用电池。这种电池有两个电隔离部分,由8个和9个电池串联组成,在24.0伏特和34.5伏特之间工作时提供所需的电力。一部分提供平均400瓦的功率,而另一部分提供平均200瓦的高度变化的负载。该电池已被证明能够在-20至55 spl°C的环境条件下维持这种水平的负载超过360秒。该电池于1999年8月25日完成了萨德千伏电池规范要求的鉴定。
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