空间高轨高压太阳电池阵静电防护技术研究  

ESD Protection of GEO/MEO Orbit High-voltage Solar Cell Arrays

作　　者：张帆 葛圣胤 刘智[1] ZHANG Fan;GE Sheng-yin;LIU Zhi(Shanghai Institute of Space Power Sources,Shanghai 200245,China)

机构地区：[1]上海空间电源研究所,上海200245

出　　处：《装备环境工程》2018年第7期55-60,共6页Equipment Environmental Engineering

摘　　要：目的提高太阳电池阵的可靠性。方法对空间用高轨高压太阳电池阵的静电防护技术进行试验研究,通过外加电弧的方式对太阳电池试验件进行一次放电模拟试验,通过电子注入模拟高轨等离子体环境,采用单一电子能量模拟多能谱能量的环境,对太阳电池阵二次放电进行摸底试验。结果一次放电对太阳电池试验件无影响,二次放电发生时,太阳电池串之间电压的阈值为80 V,二次放电会对太阳电池串输出功率造成一定影响。结论在太阳电池阵设计过程中,控制太阳电池串之间的并联间隙为1 mm,相邻太阳电池串之间电压差不大于80 V、在相邻太阳电池串之间涂敷硅橡胶等方法能有效控制太阳电池阵二次放电的发生,大大提高了太阳电池阵的可靠性。Objective To improve the reliability of the solar cell arrays.Methods The electrostatic protection technology of GEO/MEO orbit solar cell arrays was studied.Primary arc simulation test was carried out on the solar cells by an external arc.The secondary arc of solar arrays was tested in the environment of quasi multispectral energy.Results The primary arc had no influence on the solar cells.The threshold of the voltage between the series of solar cells was 80 V when the secondary arc occurred.Secondary arc affected the output power of the solar cells to a certain extent.Conclusion During the design of solar cell arrays,the solar cell arrays can be effectively controlled if the parallel gap between the solar cell strings is controlled at 1 mm,the voltage difference between the adjacent solar strings is not more than 80 V,and the silicon rubber is applied between the adjacent solar strings.It can improve the reliability of the solar cell arrays greatly.

关 键 词：太阳电池阵 静电防护 高轨 高压 

分 类 号：V19[航空宇航科学与技术—人机与环境工程]