This ultralightweight solar array system is applied to three generic mission types: (1) interplanetary, (2) geosynchronous, and (3) manned space station. The requirements of each of these missions, as they pertain to the solar array, are presented. Existing lightweight solar array system concepts are reviewed, along with conclusions regarding the applicability of this technology to the feasibility of the ultralightweight solar array system. Several system concepts are included for further evaluation. The existing technology base, as it pertains to solar cells, solar cell covers, interconnects and substrates, and deployable booms, is reviewed. The attitude control of spacecraft with large flexible solar arrays is also discussed
The research concerning lightweight solar array assemblies since 1970 is reported. A bibliography of...
An overview of the technologies, electrical performance, and mass characteristics of many of the pre...
This is a preliminary assessment of the applicability and spacecraft-level impact of using very ligh...
Progress in an investigation of the feasibility of designing a lightweight solar array with a power-...
An investigation of the feasibility of a solar array panel subsystem which will produce 10,000 watts...
Solar array candidate configurations (flexible rollup, flexible flat-pact, semi-rigid panel, semi-ri...
Two alternative designs were studied; one a retractable rollout design and the other a nonretractabl...
Development efforts are reported in detail for: (1) a lightweight solar array system for solar elect...
Energy technologies to meet the power requirements of future space missions are reviewed. Photovolta...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
During the past decade, a number of advances have occurred in solar cell and array technology. These...
The Space Platform Solar Array represents a significant step forward in lightweight photovoltaic arr...
Solar arrays are the main power source in space. Conventionally they are composed of stiff backing s...
UltraFlex is the generic term for a solar array system which delivers on-orbit power in the 400 to 6...
Low cost low Earth orbit (LOW) and geosynchronous Earth orbit (GEO) Solar Array concepts in the 300 ...
The research concerning lightweight solar array assemblies since 1970 is reported. A bibliography of...
An overview of the technologies, electrical performance, and mass characteristics of many of the pre...
This is a preliminary assessment of the applicability and spacecraft-level impact of using very ligh...
Progress in an investigation of the feasibility of designing a lightweight solar array with a power-...
An investigation of the feasibility of a solar array panel subsystem which will produce 10,000 watts...
Solar array candidate configurations (flexible rollup, flexible flat-pact, semi-rigid panel, semi-ri...
Two alternative designs were studied; one a retractable rollout design and the other a nonretractabl...
Development efforts are reported in detail for: (1) a lightweight solar array system for solar elect...
Energy technologies to meet the power requirements of future space missions are reviewed. Photovolta...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
During the past decade, a number of advances have occurred in solar cell and array technology. These...
The Space Platform Solar Array represents a significant step forward in lightweight photovoltaic arr...
Solar arrays are the main power source in space. Conventionally they are composed of stiff backing s...
UltraFlex is the generic term for a solar array system which delivers on-orbit power in the 400 to 6...
Low cost low Earth orbit (LOW) and geosynchronous Earth orbit (GEO) Solar Array concepts in the 300 ...
The research concerning lightweight solar array assemblies since 1970 is reported. A bibliography of...
An overview of the technologies, electrical performance, and mass characteristics of many of the pre...
This is a preliminary assessment of the applicability and spacecraft-level impact of using very ligh...