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FLYWHEEL POWER ATTITUDE CONTROL SYSTEM (FPACS)

机译:飞轮动力和姿态控制系统(FPACS)

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摘要

For future spacecraft, energy storage flywheels could replaced the traditional electro-chemical batteries as the main energy storage system. But, flywheels are not simply a "plug-in" alternative to batteries. Noting the torque/momentum capability of flywheels, it is even more promising to use the flywheels both for electrical power and attitude control. Such a flywheel-based system is investigated from the ACS point of view. First, a generic analysis of the different flywheels configuration is presented. Then, GEO and LEO applications are evaluated.
机译:对于未来的航天器,储能飞轮可以取代传统的电化学电池作为主要的储能系统。但是,飞轮不仅仅是电池的“插入式”替代品。注意到飞轮的扭矩/动量能力,将飞轮用于电力和姿态控制都更加有前途。从ACS的角度研究了这种基于飞轮的系统。首先,介绍了不同飞轮配置的一般分析。然后,评估GEO和LEO应用程序。

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