Thin-Film Solar Cells for Space Applications

By National Aeronautics and Space Administration

The proposed work supports MURED goals by fostering research and development activities at Fisk and UTEP which contribute substantially to NASA's mission, preparing faculty and students at Fisk and UTEP to successfully participate in the conventional, competitive research and education process, and increasing the number of students to successfully complete degrees in NASA related fields. The project also addresses directly a core need of NASA for space power and is consistent with the Core Responsibilities of the John Glenn Space Center. Current orbital missions are limited by radiation from high energy particles trapped in the Van Allen Belt because that solar radiation degrades cell performance by damaging the crystalline lattice. Some potential orbits have been inaccessible because the radiation is too severe. Thin-film solar cells, if they can be adapted for use in the unfriendly space environment, could open new orbits to satellites by providing a radiation hard source of power. The manned mission to Mars requires photovoltaic devices for both the trip there and as a power supply on the surface. Solar arrays using thin films offer a low power/weight ratio solution that provides reliable photovoltaic power.Lush, Gregory B.Glenn Research CenterTHIN FILMS; SOLAR CELLS; AEROSPACE ENVIRONMENTS; PARTICLE ENERGY; RADIATION SOURCES; SOLAR RADIATION; SOLAR ARRAYS; MANNED MARS MISSIONS; TECHNOLOGY UTILIZATION; CRYSTALLINITY; LOW WEIGHT; RADIATION BELTS

• Format: Paperback
• Language: English
• ISBN: 1723902675
• ISBN13: 9781723902673
• Release Date: January 1
• Publisher: Independently Published
• Length: 44 Pages
• Weight: 0.28 lbs.
• Dimensions: 0.1" x 8.5" x 11.0"