A Non-isolated Three-Port Converter Interfacing Composite Bus in Power Conditioning Unit for Deep Space Detector

Helen Liu, Donglai Zhang, Lu Qu, Q. Tong
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Abstract

In combination with the background of diverse load types and variable operation modes of deep space detector, this project took the power supply architecture of this kind of satellite as the research object. It was suggested to adopt composite power bus to eradicate the influence of strong disturbance load on steady one under single bus architecture, and reduce the problems of low self-management ability under double bus architecture. Based on the novel platform, the deviation process of high-performance three-port converter between solar panels and each bus, according to the direction of the power flow and modulation mechanism was studied to realize efficient power conversion. To verify the theoretical analysis, a prototype in simulation was conducted and its waveforms are investigated completely.
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深空探测器电源调节单元中一种非隔离三端口转换器接口复合母线
结合深空探测器负载类型多样、运行方式多变的背景,本项目以该类卫星的电源架构为研究对象。为了消除单母线结构下强扰动负载对稳定负载的影响,减少双母线结构下自管理能力低的问题,建议采用复合母线。基于该平台,研究了高性能三端口转换器在太阳能电池板与各母线之间根据潮流方向和调制机制的偏差过程,实现了高效的功率转换。为了验证理论分析,进行了样机仿真,并对其波形进行了全面研究。
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