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Cost modelling study on the feasibility of on-orbit refuelling of Indian Geo-satellite fleet

机译:印度地球卫星舰队轨道加油的可行性成本建模研究

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With the increasing demand for geostationary satellites services, all efforts are being made to minimize the cost of the entire geo-satellite system. On-orbit refuelling of geo-satellites is one of the ways to achieve this. In this regard a geo-refuelling system utilising multiple refueller satellites for on-orbit refuelling using current capabilities of satellites and launchers of ISRO is configured. For this initially an economic feasibility study was carried out based on unit telecommunication cost of refuelled and conventional geo satellites. The study was able to identify the main parameters of a regularly refuelled geo-satellite fleet which dictate its economic feasibility. For a geo-satellite fleet with refuelling, various fleet combinations are possible with the four different categories of satellites viz, Ilk, I2k, I3k, I4k and with multiple refuellers. All such possible combinations of refuellers and refuelled satellites are explored and combinations which provide desirable profitability are narrowed down for further selection. Two notional mission scenarios are identified and suitable satellite categories and combinations for each scenario is identified which provide economic viability.
机译:随着对地静止卫星服务的需求不断增加,正在努力尽量减少整个地理卫星系统的成本。地理卫星的轨道加油是实现这一目标的一种方法之一。在这方面,使用多种摘要的地理加油系统,使用多个摘要卫星使用当前卫星的电流能力和ISRO的发射器进行轨道加油。由于这一最初,基于加油和常规地Geo卫星的单位电信成本进行了经济可行性研究。该研究能够识别定期加油地球卫星舰队的主要参数,决定其经济可行性。对于加油的地理卫星舰队,各种车队组合是可能的四种不同类别的卫星VIZ,ILK,I2K,I3K,I4K以及多个换换者。探索了避孕商和加油卫星的所有这种可能组合,并为进一步选择缩小了所需盈利能力的组合。确定了两个名义的使命场景,并确定了适用的卫星类别和每个场景的组合,这提供了经济可行性。

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