首页> 外文会议>Proceedings of the 39th Annual Hawaii International Conference on System Sciences, 2006. HICSS '06 >Recent developments in zinc/bromine battery technology at JohnsonControls
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Recent developments in zinc/bromine battery technology at JohnsonControls

机译:约翰逊锌/溴电池技术的最新发展控制项

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Zinc/bromine battery technology is being developed for use inelectric vehicles, and for electric utility load leveling applications.The authors describe the zinc/bromine system and discuss its performancecharacteristics. The bipolar electrode design gives 2-3 times the energystorage of existing lead acid batteries and is capable of deliveringpower densities as high as 200 W/kg. The electrolyte is circulated toreduce self-discharge of the battery and to improve the thermalmanagement of the system. The battery operates at room temperature,consists of nearly all plastic parts, uses conventional molding andplastic joining methods for construction, and is almost totallyrecyclable. Zinc/bromine is a low cost, rechargeable system with apotentially long cycle life. Recent advances made in computer modelingof this technology are also reported
机译:锌/溴电池技术正在开发中 电动汽车,以及电力负荷均衡应用。 作者介绍了锌/溴系统并讨论了其性能。 特征。双极电极设计可提供2-3倍的能量 储存现有的铅酸电池,并能够提供 功率密度高达200 W / kg。电解液循环到 减少电池的自放电并改善散热 系统管理。电池在室温下工作, 由几乎所有的塑料零件组成,使用常规的模制和 塑料连接方法的施工,几乎是完全 可回收的。锌/溴是一种低成本的可充电系统,具有 潜在的长寿命。计算机建模的最新进展 还报道了这项技术

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