Advanced Modular Power Approach to Affordable, Supportable Space Systems

By: Administration (Nasa), National Aeronaut

Recent studies of missions to the Moon, Mars and Near Earth Asteroids (NEA) indicate that these missions often involve several distinct separately launched vehicles that must ultimately be integrated together in-flight and operate as one unit. Therefore, it is important to see these vehicles as elements of a larger segmented spacecraft rather than separate spacecraft flying in formation. The evolution of large multi-vehicle exploration architecture creates the need (and opportunity) to establish a global power architecture that is common across all vehicles. The Advanced Exploration Systems (AES) Modular Power System (AMPS) project managed by NASA Glenn Research Center (GRC) is aimed at establishing the modular power system architecture that will enable power systems to be built from a common set of modular building blocks. The project is developing, demonstrating and evaluating key modular power technologies that are expected to minimize non-recurring development costs, reduce recurring integration costs, as well as, mission operational and support costs. Further, modular power is expected to enhance mission flexibility, vehicle reliability, scalability and overall mission supportability. The AMPS project not only supports multi-vehicle architectures but should enable multi-mission capability as well. The AMPS technology development involves near term demonstrations involving developmental prototype vehicles and field demonstrations. These operational demonstrations not only serve as a means of evaluating modular technology but also provide feedback to developers that assure that they progress toward truly flexible and operationally supportable modular power architecture. Oeftering, Richard C. and Kimnach, Greg L. and Fincannon, James and Mckissock, Barbara I. and Loyselle, Patricia L. and Wong, Edmond Glenn Research Center NASA/TM-2013-217813, AIAA Paper 2013-5253, E-18549 WBS 756414.02.02 AEROSPACE SYSTEMS; FORMATION FLYING; MARS MISSIONS; SOLAR ARRAYS; COST REDUCTION; PROTOTYPES; RELIABILITY; FLEXIBILITY; FUEL CELLS

• Format: Paperback
• Language: English
• ISBN: B08FB2NVMW
• ISBN13: 9798673295533
• Release Date: January 1
• Publisher: Independently Published
• Length: 40 Pages
• Weight: 0.26 lbs.
• Dimensions: 0.1" x 8.5" x 11.0"