Low cost low Earth orbit (LOW) and geosynchronous Earth orbit (GEO) Solar Array concepts in the 300 to 1000 kW range which could be reduced to hardware in the mid 1980's, are identified. Size scaling factors and longer life demands are recognized as the prime drivers for the designs if low life cycle costs for energy are to be achieved. Technology is identified which requires further development in order to assure component readiness and availability. Use of the low concentration ratio (CR) concentrator, which uses gallium arsenide solar cells for both LEO and GEO applications, is recommended
A simple, efficient and very lightweight preliminary design for a 5 KW and 20 KW BOL output concentr...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
The evaluation focused on the following subjects: (1) the relative merits of alternative solar cell ...
Planar and concentrator solar array configurations based on silicon and gallium arsenide solar cells...
An ongoing preliminary design effort directed toward a low-concentration-ratio photovoltaic array sy...
A preliminary design effort directed toward a low concentration ratio photovoltaic array system base...
Seven low cost multi-100 kW planar solar array modules were fabricated and tested. Two different des...
The applicability of selected low cost options to solar array blanket design was studied by fabricat...
The suitability of commercial (terrestrial) solar arrays for use in low Earth orbit is examined. It ...
The multi-kW solar array program is concerned with developing the technology required to enable the ...
Silicon and gallium arsenide arrays were studied and compared for low earth orbit (LE), geosynchrono...
A miniaturized Cassegrainian concentrator (MCC) solar array concept is being developed with the obje...
A miniaturized Cassegrainian concentrator (MCC) solar array system concept is under preliminary deve...
Two alternative designs were studied; one a retractable rollout design and the other a nonretractabl...
Limitations in both space and terrestial markets for solar cells are described. Based on knowledge o...
A simple, efficient and very lightweight preliminary design for a 5 KW and 20 KW BOL output concentr...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
The evaluation focused on the following subjects: (1) the relative merits of alternative solar cell ...
Planar and concentrator solar array configurations based on silicon and gallium arsenide solar cells...
An ongoing preliminary design effort directed toward a low-concentration-ratio photovoltaic array sy...
A preliminary design effort directed toward a low concentration ratio photovoltaic array system base...
Seven low cost multi-100 kW planar solar array modules were fabricated and tested. Two different des...
The applicability of selected low cost options to solar array blanket design was studied by fabricat...
The suitability of commercial (terrestrial) solar arrays for use in low Earth orbit is examined. It ...
The multi-kW solar array program is concerned with developing the technology required to enable the ...
Silicon and gallium arsenide arrays were studied and compared for low earth orbit (LE), geosynchrono...
A miniaturized Cassegrainian concentrator (MCC) solar array concept is being developed with the obje...
A miniaturized Cassegrainian concentrator (MCC) solar array system concept is under preliminary deve...
Two alternative designs were studied; one a retractable rollout design and the other a nonretractabl...
Limitations in both space and terrestial markets for solar cells are described. Based on knowledge o...
A simple, efficient and very lightweight preliminary design for a 5 KW and 20 KW BOL output concentr...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
The evaluation focused on the following subjects: (1) the relative merits of alternative solar cell ...