首页> 外文会议>Conference on Unattended Ground Sensor Technologies and Applications V Apr 21-25, 2003 Orlando, Florida, USA >Advanced power supplies for long-duration unattended sensors and other devices
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Advanced power supplies for long-duration unattended sensors and other devices

机译:用于长时间无人值守的传感器和其他设备的高级电源

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MesoFuel, Inc. has developed and demonstrated hydrogen generation systems that, when deployed in conjunction with proton exchange membrane (PEM) or solid oxide fuel cell (SOFC) based power systems, can allow extended mission operations for 30 to 60 days at greatly reduced volume and mass from current power supply technologies. This hydrogen generator-fuel cell system can reduce overall power system mass by 55 to 70% over conventional batteries, and in excess of 80% when compared to available hydrogen storage systems when coupled with a fuel cell. Key innovations in microreactor and hydrogen separation membrane design are the enabling features which make possible these much longer run times than can be realized using state-of-the art power generation systems. In addition, the hydrogen generation units can produce either pure hydrogen or a reformate stream from a diverse set of fuels such as light hydrocarbons (methane, propane, butane), heavy hydrocarbons (JP-8, biodiesel), and ammonia.
机译:MesoFuel,Inc.已开发并演示了氢气产生系统,该系统与基于质子交换膜(PEM)或固体氧化物燃料电池(SOFC)的动力系统一起部署时,可以以大大减少的体积将任务运行延长30至60天和当前电源技术带来的质量。与常规电池相比,这种氢气发生器-燃料电池系统可将总的电力系统质量减少55%至70%,与燃料电池耦合时相比,与可用的储氢系统相比,可减少80%以上。微反应器和氢分离膜设计的关键创新是使能特性,这些特性使这些运行时间比使用最新的发电系统所能实现的更长。此外,制氢单元可以从多种燃料中产生纯氢气或重整产品流,例如轻烃(甲烷,丙烷,丁烷),重烃(JP-8,生物柴油)和氨。

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