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IAC-14 D2.2.6 India's Polar Satellite Launch Vehicle (PSLV): A Reliable and proven Launch Service provider for nano, micro, mini and main satellite missions

机译:IAC-14 D2.2.6印度的极地卫星发动机(PSLV):纳米,微型,迷你和主要卫星任务的可靠和经过验证的发射服务提供商

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Towards achieving self-reliance in accessing space, Indian Space Research Organization (ISRO) initiated the development of rocket systems. In the process, it has evolved four generations of launch vehicles viz., SLV-3, ASLV, PSLV and GSLV. Polar Satellite Launch Vehicle (PSLV), the workhorse of ISRO's space transportation system, has had a string of successful missions, with a track record of 26 successive successful flights, till date. With the capability to perform low inclination LEO missions, SSO, Geo-synchronous Transfer Orbit (GTO), sub-GTO missions, PSLV has time and again demonstrated its versatility of the navigation, guidance and control system, propulsion system, onboard computer systems software and most importantly the robust vehicle design. PSLV has three variants (i) PSLV-Core alone (PSLV-CA) without the use of six solid strap-on motors and (ii) PSLV-with the use of six solid strap-on boosters and (iii) PSLV high-end version (PSLV-XL) using six extended solid strap-on boosters. The capability of PSLV for these configurations varies from 1000 - 1750 kg into 600 km SSO. Over the years, in addition to launching national satellites, PSLV has successfully launched 40 satellites belonging to international customers, on commercial basis, into various orbits ranging from planar to SSO. In order to utilize the spare capacity, whenever available, various satellite accommodation options have been evolved. These include provision for carrying up to two micro satellites on the vehicle equipment bay, or two satellites of mass around 500-600 kg using the Dual Launch Adaptor (DLA), or a possible mix of micro mini satellites either inside or on top of DLA. The multiple satellite mounting configurations and their safe separations in orbit have all been demonstFated. This paper highlights, in brief, the success story of PSLV towards carrying out international customer satellite missions. In addition, the paper also covers details on the interfaces, envelopes, environmental levels and the possible future launch opportunities.
机译:为了实现进入空间的自力更生,印度空间研究组织(ISRO)启动了火箭系统的发展。在此过程中,它已经演变了四代的发射车辆VIZ。,SLV-3,ASLV,PSLV和GSLV。极地卫星发动机(PSLV)是ISRO的空间运输系统的主流运输系统,都有一串成功的任务,赛道纪录是连续26个成功的航班,直到约会。凭借执行低倾斜Leo任务,SSO,地理同步传输轨道(GTO),Sub-GTO任务,PSLV有时间,并再次展示了导航,引导和控制系统,推进系统,车载计算机系统软件的多功能性最重要的是强大的车辆设计。 PSLV仅使用三种变体(I)PSLV-芯(PSLV-CA),无需使用六个固体表带电机和(II)PSLV - 使用六个固体表带助推器和(III)PSLV高端版本(PSLV-XL)使用六个扩展纯色带式助推器。这些配置的PSLV能力从1000 - 1750公斤变化为600公里的SSO。多年来,除了推出国家卫星外,PSLV还成功推出了商业基础上的40个属于国际客户的卫星,进入了从平面到SSO的各种轨道。为了利用备用容量,无论何时可用,都会进化各种卫星住宿选项。这些包括在车辆设备托架上延续两种微卫星的规定,或使用双发射适配器(DLA)或在DLA内部或顶部或在顶部的微型卫星的可能混合的两颗卫星的两颗卫星约为500-600kg。 。多种卫星安装配置及其在轨道上的安全分离都是证实的。本文简要介绍了PSLV对执行国际客户卫星任务的成功故事。此外,本文还涵盖了有关界面,信封,环境水平和可能未来发射机会的详细信息。

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