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METHOD FOR DETERMINING THE OUTPUT POWER OF SOLAR PANELS OF SPACECRAFT

机译:确定航天飞机太阳能电池板输出功率的方法

摘要

FIELD: electricity.;SUBSTANCE: invention relates to a power supply of spacecraft (SC) with solar batteries (SB) having a positive power output of its back surface. The method includes measuring the height (H) near-circular orbit satellites and the angle (ε) between the direction of the Sun and the spacecraft geocentric radius vector. When ε is in a certain range depending on the H, the angles (f1,f2). The semi-zone sensitivity SB work and back surfaces and the maximum value of the angle (f1*) between the normal to the working surface SC and the direction to the sun, - SC unfold to the position at which the radiation enters the Earth Security is said zones of sensitivity. This position corresponds to the reconciliation of said normal to the plane containing the direction of the Sun and the radius vector of the spacecraft. The angle (ρ) between this normal and the radius vector of the spacecraft is in the range that depends onε,f1,f2,f1* H and the angle (γ) between the directions of the SC in the nadir and the nearest point to the spacecraft terminator. In this position, the measured voltage, current and power output SC and given angles ε and ρ.;EFFECT: minimization of the impact of the Earth's radiation in determining the power output of solar cells.;1 dwg
机译:具有太阳能电池(SB)的航天器(SC)的电源技术领域本发明涉及一种具有太阳能电池(SB)的航天器(SC)的电源,该太阳能电池的背面的输出为正。该方法包括测量近圆形轨道卫星的高度(H)和太阳方向与航天器地心半径矢量之间的夹角(ε)。当ε在取决于H的特定范围内时,角度为(f 1 ,f 2 )。半区灵敏度SB工作面和背面以及工作面SC的法线与太阳方向之间的夹角(f 1 *)的最大值-SC展开到该位置辐射进入地球安全所在的区域称为敏感区域。该位置对应于所述法线相对于包含太阳方向和航天器半径矢量的平面的调节。该法线与航天器半径矢量之间的夹角(ρ)取决于ε,f 1 ,f 2 ,f 1 * H以及天底处SC方向与航天器终止点最近点之间的夹角(γ)。在此位置,测得的电压,电流和功率输出SC以及给定的角度ε和ρ。效果:在确定太阳能电池的功率输出时,将地球辐射的影响最小化; 1 dwg

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