The invention discloses a satellite intermediate inertia axis magnetic control sun capture method and system, and the method comprises the steps: obtaining the sun angle of a satellite safety mode in a continuous time period when a satellite enters a safety mode, determining the sun state of an intermediate inertia axis of the satellite according to the sun angle, and determining that the satellite enters a sun capture mode or a spinning mode according to the sun state. When the satellite enters a sun capture mode; determining a sun-facing state of a middle inertia axis of the satellite according to the main plane solar angle; when the middle inertia axis is located in the sun-facing range, the gyro angular velocity and the solar angle of the satellite are obtained, and whether the satellite enters a spinning mode or is kept in a sun capture mode or not is determined according to the gyro angular velocity and the solar angle; according to the method, the satellite adopts minimum control configuration and energy, the attitude of the satellite is controlled according to the solar angle and the gyro angular velocity of the satellite, it is ensured that a solar panel in a sunny area can efficiently achieve sun capture of a middle inertia axis, and rapid supplementation of satellite energy is achieved.

    本发明公开了一种卫星中间惯量轴磁控对日捕获方法及系统,当卫星进入安全模式获取连续时间段卫星安全模式的太阳角,根据太阳角确定卫星的中间惯量轴的对日状态,根据对日状态确定卫星进入太阳捕获模式或自旋模式,当卫星进入太阳捕获模式;根据主平面太阳角确定卫星的中间惯量轴的对日状态;当中间惯量轴位于对日范围,获取卫星的陀螺角速度和太阳角,根据陀螺角速度和太阳角确定卫星的是否进入自旋模式或保持在太阳捕获模式;该方法使卫星采取最小控制配置和能源,根据卫星的太阳角和陀螺角速度控制卫星的姿态,确保阳照区帆板能够高效实现中间惯量轴的太阳捕获,实现卫星能源的快速补充。


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    Title :

    Satellite intermediate inertia axis magnetic control sun-facing capturing method and satellite intermediate inertia axis magnetic control sun-facing capturing system


    Additional title:

    一种卫星中间惯量轴磁控对日捕获方法及系统


    Contributors:
    RONG JIANGANG (author) / DAI HONGHUA (author) / ZHANG LONG (author) / WANG MENG (author) / WANG XUECHUAN (author) / ZHANG YAOJUN (author)

    Publication date :

    2023-12-29


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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