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ANALYSIS ON POWER SYSTEM DESIGN FOR DEEP SPACE PROBE

机译:深空探头电力系统设计分析

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With the development of space technology, and needs of human development, deep space exploration has become more and more frequently. The deep space probe has become an important direction of study and played an important role in deep space exploration. The power system is a vital subsystem in the satellite system,which keeps the whole system working normally. According to the specific characteristics of deep space exploration, the factors influencing the power system design and analyzed, such as space environment, designated flight schedule, load power requirement, power system topology selection, power system self-management, light weight and scale design. A method is provided for high specific energy, high specific power and high autonomous management power system design and analysis for deep space probe. The method can not only be a basis for the optimization design of specific orbiting probe power system, but also be used as a reference for the power system design of other deep space probes.
机译:随着空间技术的发展和人类发展的需求,深空勘探已经变得越来越频繁。深空探针已成为研究的重要方向,并在深空勘探中发挥了重要作用。电力系统是卫星系统中的重要子系统,使整个系统正常工作。根据深度空间探索的具体特点,影响电力系统设计和分析的因素,如空间环境,指定航班时刻表,负载功率要求,电力系统拓扑选择,电源系统自我管理,重量轻,尺度设计。提供了一种用于高特定能量,高功率和高自动管理电力系统设计和深度空间探头的方法的方法。该方法不仅可以是特定轨道探针电力系统优化设计的基础,而且还被用作其他深空探针的电力系统设计的参考。

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