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National Aeronautics and Space Administration (NASA) Environmental Control and Life Support (ECLS) Technology Development and Maturation for Exploration 2013 to 2014 Overview

机译:国家航空航天局(NASA)环境控制和生命支持(ECLS)技术开发和2013年勘探勘探成熟概述

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The National Aeronautics and Space Administration (NASA) Strategic Space Technology Investment Plan (SSTIP) was released in December 2012. This plan, crafted from a series of draft Space Technology Roadmaps that were reviewed and critiqued by the National Research Council with input from public and key stakeholders, provides guidance for NASA’s space technology investment over the next four years to support a 20-year space exploration horizon. Environmental Control and Life Support (ECLS) is among the eight (8) core technology investment areas that the SSTIP specifically identifies as indispensable for NASA’s present and planned future missions. Improving reliability, reducing logistics burdens, and increasing loop closure are identified as key challenges to lowering overall mission life cycle costs and enabling a wider range of mission opportunities. To meet these challenges, the NASA ECLS community identified key technology gaps that need to be filled in order to enable and enhance representative classes of exploration missions. Over the last year, the effort to identify and prioritize technology gaps has evolved to include implementation planning through the efforts of newly-established NASA System Maturation Teams. An important component of this planning has been to assist senior agency leaders and program managers to understand ECLS investment needs and to organize a coherent, integrated investment strategy that leverages contributions across multiple directorates and programs. The integrated strategy also served as a guide for project and task managers as they worked to tailor individual technology development and maturation projects and task plans for 2013-14 to better and more cost-effectively meet the agency’s strategic needs. This paper provides an overview of the refined ECLS strategic planning, as well as a synopsis of key technology and maturation project tasks that occurred in 2013 and early 2014 to support the strategic needs. Plans for the remainder of 2014 and subsequent years are also described.
机译:美国国家航空航天局(NASA)战略空间技术投资计划(SSTIP)于2012年12月发布。该计划从一系列草案的空间技术路线制作,由国家研究理事会审查和批评公开的投入主要利益相关者,为NASA的空间技术投资提供指导,在未来四年内支持20年的空间勘探地平线。环境控制和生命支持(ECL)是八(8)个核心技术投资领域,即SSTIP专门确定为NASA的目前和计划未来任务是不可或缺的。改善可靠性,减少物流负担和循环闭合的增加被确定为降低整体使命生命周期成本并实现更广泛的使命机会的关键挑战。为满足这些挑战,美国宇航局ECLS社区确定了需要填补的关键技术差距,以便启用和加强代表性的勘探任务。在去年,识别和优先考虑技术差距的努力已经发展到包括通过新建的NASA系统成熟团队的努力包括实施规划。该规划的一个重要组成部分是协助高级机构领导人和方案管理人员了解ECLS投资需求,并组织一个连贯的综合投资策略,以利用多个董事会和计划的贡献。综合策略还担任项目和任务管理人员指南,因为他们曾为2013-14定制以定制个人技术开发和成熟项目和任务计划,以更好,更成本有效地满足原子能机构的战略需求。本文概述了精制的ECLS战略规划,以及2013年及2014年初发生的关键技术和成熟项目任务的概要,以支持战略需求。还描述了2014年剩余时间和随后几年的计划。

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