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Design, Simulation and Testing of a Reaction Wheel System for Pico/Nano-Class CubeSat Systems

机译:Pico /纳米级CubeSat系统的反作用轮系统的设计,仿真和测试

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Reaction Wheel Systems (RWSs) are ideally suited for precision attitude control and stabilization of picoano-class CubeSats. Indian academic institutions have designed, built and launched a host of picoano-class satellites, even those adhering to the CubeSat specifications. However, at large, these satellites have either used magnetic actuators or wheel-based actuators procured commercially. This paper discusses the design, simulation, and testing of a RWS, which is undertaken at PES University (Bengaluru, India). The RWS with 30mNms momentum storage with 2.5mNm of torque is targeted for small satellites weighing between 5-20kg. The RWS development is one of the first of its kind at an academic institution in India, particularly considering that the stator, rotor, windings, electronics, etc, are all being custom fabricated within the institution.
机译:反作用轮系统(RWS)非常适用于精确的姿态控制和微微/纳米级CubeSat的稳定。印度学术机构已经设计,建造并发射了许多微微/纳米级卫星,甚至那些遵循CubeSat规范的卫星。但是,总的来说,这些卫星要么使用了磁性致动器,要么使用了商业上购买的基于轮的致动器。本文讨论了RWS的设计,仿真和测试,这是在PES大学(印度班加罗尔)进行的。 RWS具有30mNms的动量存储和2.5mNm的扭矩,适用于重量在5至20kg之间的小型卫星。 RWS的开发是印度某学术机构的首批此类开发之一,特别是考虑到定子,转子,绕组,电子设备等都是在该机构内部定制制造的。

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