Space Industries has supported on-going internal development of a \u27\u27Nanosat\u27\u27 spacecraft for a variety of missions. An essential part of any small spacecraft effort is an efficient power system. Amorphous thin-film silicon photovoltaic provide a mass efficiency greater than other photovoltaic systems. In cooperation with the Microelectronics Research Center at Iowa State University, Space Industries has undertaken a development effort to assess the potential of utilizing amorphous thinfilm silicon photovoltaics on small spacecraft. An overview of the development of a prototype unit will be presented along with results from ground testing. Projections for utilization of this technology in a flight system will also be presented
The need for smaller lightweight autonomous power systems has recently increased with the increasing...
Recent, rapid advances in a variety of solar cell technologies offer the potential for significantly...
Recent advances in Shape Memory Alloy (SMA), Elastic Memory Composites (EMC), and ultra- light compo...
The thin-film solar cell program at NASA GRC is developing solar cell technologies for space applica...
Ultralight, flexible photovoltaic (PV) array of amorphous silicon (a-Si) was identified as a potenti...
An ultralight, stowable and deployable photovoltaic (PV) array manufacturability of cells, modules a...
Developments in thin-film amorphous and polycrystalline photovoltaic cells are reviewed and discusse...
Progress is reported with respect to the development of thin film amorphous (alpha-Si) terrestrial s...
The present stature and current research directions of photovoltaic arrays as primary power systems ...
Advances in design and manufacturing technology of crystalline multijunction solar cells have contin...
The development of the first commercial, ultralight, flexible, deployable, PV array for aerospace ap...
The proposed work supports MURED goals by fostering research and development activities at Fisk and ...
With the ever increasing demands on space power systems, it is imperative that low cost, lightweight...
The ultimate objective of the thin-film program at NASA GRC is development of a 20 percent AM0 thin-...
Ultralight and ultrathin, flexible, rollup monolithic PV modules have been developed consisting of m...
The need for smaller lightweight autonomous power systems has recently increased with the increasing...
Recent, rapid advances in a variety of solar cell technologies offer the potential for significantly...
Recent advances in Shape Memory Alloy (SMA), Elastic Memory Composites (EMC), and ultra- light compo...
The thin-film solar cell program at NASA GRC is developing solar cell technologies for space applica...
Ultralight, flexible photovoltaic (PV) array of amorphous silicon (a-Si) was identified as a potenti...
An ultralight, stowable and deployable photovoltaic (PV) array manufacturability of cells, modules a...
Developments in thin-film amorphous and polycrystalline photovoltaic cells are reviewed and discusse...
Progress is reported with respect to the development of thin film amorphous (alpha-Si) terrestrial s...
The present stature and current research directions of photovoltaic arrays as primary power systems ...
Advances in design and manufacturing technology of crystalline multijunction solar cells have contin...
The development of the first commercial, ultralight, flexible, deployable, PV array for aerospace ap...
The proposed work supports MURED goals by fostering research and development activities at Fisk and ...
With the ever increasing demands on space power systems, it is imperative that low cost, lightweight...
The ultimate objective of the thin-film program at NASA GRC is development of a 20 percent AM0 thin-...
Ultralight and ultrathin, flexible, rollup monolithic PV modules have been developed consisting of m...
The need for smaller lightweight autonomous power systems has recently increased with the increasing...
Recent, rapid advances in a variety of solar cell technologies offer the potential for significantly...
Recent advances in Shape Memory Alloy (SMA), Elastic Memory Composites (EMC), and ultra- light compo...