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Modeling, simulation, and control of a solar electric propulsion vehicle in near-earth vicinity including solar array degradation

机译:近地附近的太阳能推进器的建模,仿真和控制,包括太阳能电池阵列的退化

摘要

Modeling and control software that integrates the complexities of solar array models, a space environment, and an electric propulsion system into a rigid body vehicle simulation and control model is provided. A rigid body vehicle simulation of a solar electric propulsion (SEP) vehicle may be created using at least one solar array model, at least one model of a space environment, and at least one model of a SEP propulsion system. Power availability and thrust profiles may be determined based on the rigid body vehicle simulation as the SEP vehicle transitions from a low Earth orbit (LEO) to a higher orbit or trajectory. The power availability and thrust profiles may be displayed such that a user can use the displayed power availability and thrust profiles to determine design parameters for an SEP vehicle mission.
机译:提供了将太阳能电池阵列模型,空间环境和电推进系统的复杂性集成到刚体车辆仿真和控制模型中的建模和控制软件。可以使用至少一种太阳能电池阵列模型,至少一种空间环境模型和至少一种SEP推进系统模型来创建太阳能推进器(SEP)的刚体车辆仿真。当SEP车辆从低地球轨道(LEO)过渡到较高轨道或轨迹时,可以基于刚体车辆模拟确定功率可用性和推力曲线。可以显示功率可用性和推力曲线,以便用户可以使用显示的功率可用性和推力曲线来确定SEP车辆任务的设计参数。

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