基于微小卫星平台对锂离子电池的在轨管理
发布时间：2018-08-22 13:00
【摘要】：在微小卫星平台上,用一种简单、可靠、高效的拓扑电路实现对锂离子电池的控制已经是当今微小卫星小型化和成熟化的趋势。对锂离子电池的管理与控制主要包括防止电池过充电的分流电路,防止电池过放电的过放保护电路以及保证电池性能一致性的均衡电路。综述了目前已成功应用在轨的锂离子电池的管理策略。
[Abstract]:On the platform of microsatellite, it is the trend of miniaturization and maturity of microsatellite to realize the control of lithium-ion battery by a simple, reliable and efficient topology circuit. The management and control of lithium-ion battery mainly include the shunt circuit to prevent the battery from overcharging, the over-discharge protection circuit to prevent the battery overdischarge and the equalization circuit to ensure the consistency of the battery performance. The management strategy of lithium ion battery which has been successfully applied in orbit is reviewed.
【作者单位】： 中国电子科技集团公司第十八研究所;
【分类号】：V442;TM912
本文编号：2197170
[Abstract]:On the platform of microsatellite, it is the trend of miniaturization and maturity of microsatellite to realize the control of lithium-ion battery by a simple, reliable and efficient topology circuit. The management and control of lithium-ion battery mainly include the shunt circuit to prevent the battery from overcharging, the over-discharge protection circuit to prevent the battery overdischarge and the equalization circuit to ensure the consistency of the battery performance. The management strategy of lithium ion battery which has been successfully applied in orbit is reviewed.
【作者单位】： 中国电子科技集团公司第十八研究所;
【分类号】：V442;TM912
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