Spacecraft electrical power systems (EPS) using the Flyback converters

T. Halder
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引用次数: 10

Abstract

The paper depicts generation of solar power by the charge controller skills to charge the battery bank at a persnickety voltage during the sunbeams by the Flyback converter to make use of this power at spacecraft power systems during the orbital night or when the load demand goes beyond the solar booth or array capacity. All bits and pieces are supervised by the Flyback power supply entity as light weight, high power density, solid size, least cost, stumpy silhouette, low volume, tight regulations, fine design, high reliability, least failure rate and high efficiency as EPS of a spacecraft.
使用反激变换器的航天器电力系统(EPS)
本文描述了在轨道夜间或负载需求超过太阳能舱或太阳能阵列容量时,利用反激变换器在太阳光照射期间以特定电压对蓄电池组充电的太阳能充电控制器技术。所有部件都由反激电源实体监督,重量轻,功率密度高,体积小,成本低,轮廓粗,体积小,规则严密,设计精良,可靠性高,故障率低,效率高,就像航天器的EPS一样。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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