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Modeling and Simulation for Power Generation of Solar Array in Martian Surface Environment
- SHI Haiping1, CHEN Yan1, JIA Yang1, QU Yan2, LIU Zhigang1, WANG Wenqiang3, PENG Song1
Author information
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1. School of Aerospace Engineering,Beijing Institute of Technology,Beijing 100081,China;
2. Suzhou Tongyuan Soft.&Ctrl. Tech. Co,Ltd,Suzhou 215123,China;
3. Shanghai Institute of Space Power-Sources,Shanghai 200233,China
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History
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Received |
Revised |
16 Jun 2020 |
14 Aug 2020 |
Issue Date |
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20 May 2022 |
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References
[1] APPELBAUM J,LANDIS G. Photovoltaic arrays for martian surface power[J]. Acta Astronautica,1993,30(C):127-142
[2] 刘治钢,王飞,陈燕,等. 火星表面环境对太阳电池阵设计影响分析与对策[J]. 航天器工程,2016,2(5):25-239
LIU Z G,WANG F,CHEN Y,et al. Impact analysis and solution of solar array design in martian surface environment[J]. Spacecraft Engineering,2016,2(5):25-239
[3] 阳光. 深空探测—火星探测[M]. 北京:国防工业出版社,2016.
[4] HABERLE M P,MCKAY P C,POLLACK B J. Atmospheric effects on the utility of solar power on Mars[R]. USA: NASA Ames Research Center,1998.
[5] 崔鹏,郄毅鹏,尹兴月,等. 大光照角入射对太阳电池阵的影响分析与验证[J]. 电源技术,2014,38(9):1638
CUI P,QIE Y P,YIN X Y,et al. Impact of large light angle on solar array and its verification[J]. Power Technology,2014,38(9):1638
[6] SHI H P,LIU Z G,CHEN Y. MARS rover electrical power system[C]//The 12th European Space Power Conference. French:[s.n.],2019.