The invention provides a star entering process stabilizing and landing wind power generation method based on rotor wings, which is characterized in that on the basis of a series of traditional star landers in the past, a plurality of sets of rotor wings are uniformly mounted on the periphery of a lander body through reasonable configuration layout, and the rotor wings are in a folded state before entering the atmosphere of the star and are in an unfolded state after entering the atmosphere of the star; after the multiple rotors are unfolded, stable hovering of the lander in the golden star dense atmosphere can be achieved, finer detection tasks can be carried out, the effects of speed reduction and posture adjustment can be achieved in the landing process, and it is ensured that the lander smoothly and safely reaches the golden star surface. After landing on the surface of the golden star, motors of the rotors are closed, the multiple rotors can be adjusted to proper angles, a multi-blade wind power station is formed, the blades are driven to rotate through the wind speed of the surface of the golden star, and therefore the motors are driven to rotate reversely and enter a power generation and energy storage mode. Task requirements of the lander in different stages can be met.
本发明提供一种基于旋翼的金星进入过程稳定及着陆风力发电方法,在过去一系列传统金星着陆器的基础上,通过合理的构型布局,将多套旋翼均匀安装在着陆器本体四周,在进入金星大气前呈收拢状态,进入金星大气后呈展开状态;多旋翼展开后不仅能实现着陆器在金星稠密大气中稳定悬停,进行更加精细的探测任务,还能在着陆过程中发挥减速、调姿的作用,确保着陆器顺利安全地达到金星表面。着陆金星表面后,关闭旋翼的电机,可调整多旋翼至合适角度,形成一台多桨叶的风力发电站,利用金星表面的风速带动桨叶旋转,从而驱动电机反转,进入发电蓄能的模式。本发明可以满足着陆器在不同阶段的任务需求。
Golden star entering process stabilizing and landing wind power generation method based on rotor wings
一种基于旋翼的金星进入过程稳定及着陆风力发电方法
2024-11-22
Patent
Electronic Resource
Chinese
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