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Collocation of two GEO satellites and one inclined GSO satellite

机译:并置2颗GEO卫星和1颗GSO倾斜卫星

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摘要

Three collocation strategies are planned and analyzed for the cluster of two geostationary orbit (GEO) satellites and one inclined geosynchronous orbit (GSO) satellite in the same longitude control band of 116°E±0.05°. The longitudinal control bands are allocated for the two GEO satellites and one inclined GSO satellite with seven-day East/West station-keeping maneuver cycle. The latitudinal control bands are allocated for the two GEO satellites with fourteen-day North/South station-keeping maneuver cycle. One inclined GSO satellite is allowed for natural inclination drift. The coordinated eccentricity vector and inclination vector separation method is applied for the collocation, and the maneuver schedule is planned to minimize the operational load by avoiding simultaneous maneuvers. A total of six months of station-keeping maneuver simulations are performed for the three different strategies.
机译:针对在116°E±0.05°的相同经度控制带内的两颗地球静止轨道(GEO)卫星和一颗倾斜地球同步轨道(GSO)卫星的集群,计划并分析了三种搭配策略。纵向控制频段被分配给两颗GEO卫星和一颗倾斜GSO卫星,东西向站保持机动周期为7天。将纬向控制带分配给两个GEO卫星,其北/南站保持机动周期为14天。允许一颗倾斜的GSO卫星进行自然倾斜漂移。协调的偏心向量和倾角向量分离方法应用于该搭配,并且计划了调度计划,以通过避免同时进行调度来最大程度地减少操作负荷。对于这三种不同的策略,总共进行了六个月的驻站机动仿真。

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