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Advanced Launch System (ALS): Electrical actuation and power systems improve operability and cost picture

机译:先进发射系统(ALS):电动执行机构和动力系统改善了可操作性并降低了成本

摘要

To obtain the Advanced Launch System (ALS) primary goals of reduced costs and improved operability, there must be significant reductions in the launch operations and servicing requirements relative to current vehicle designs and practices. One of the primary methods for achieving these goals is by using vehicle electrical power system and controls for all actuation and avionics requirements. A brief status review of the ALS and its associated Advanced Development Program is presented to demonstrate maturation of those technologies that will help meet the overall operability and cost goals. The electric power and actuation systems are highlighted as a specific technology ready not only to meet the stringent ALS goals (cryogenic field valves and thrust vector controls with peak power demands to 75 hp), but also those of other launch vehicles, military and civilian aircraft, lunar/Martian vehicles, and a multitude of commercial applications.
机译:为了实现降低成本和提高可操作性的主要目标,相对于当前的车辆设计和实践,必须大大降低发射操作和维修要求。实现这些目标的主要方法之一是使用车辆电源系统和控制装置来满足所有促动和航空电子设备的要求。简要介绍了ALS及其相关的高级开发计划的状态,以说明那些有助于实现总体可操作性和成本目标的技术的成熟程度。电力和致动系统作为一种特殊技术而着重强调,不仅可以满足严格的ALS目标(低温场阀和推力矢量控制,峰值功率要求达到75 hp),而且还可以满足其他运载火箭,军用和民用飞机的要求,月球/火星车辆以及多种商业应用。

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  • 作者

    Sundberg Gale R.;

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  • 年度 1990
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