Add to ORKGRecent tests performed at the NASA Glenn Research Center and elsewhere have shown promise in the design and construction of high voltage (300-1000 V) solar arrays for space applications. Preliminary results and implications for solar array design will be discussed, with application to direct-drive electric propulsion and space solar power
The Space Platform Solar Array represents a significant step forward in lightweight photovoltaic arr...
A special architecture for photovoltaic generation of electricity is presented, intended to satisfy ...
The aim of this study is, on top of the investigation of an overall PMAD system capable to fulfil th...
A three-year program to develop a Direct Drive Hall-Effect Thruster system (D2HET) begun in 2001 as ...
The deleterious effects of spacecraft charging are well known, particularly when the charging leads ...
As NASA considers future exploration missions, high-power solar-electric propulsion (SEP) plays a pr...
An overview of NASA missions and technology development efforts are discussed. Future spacecraft wil...
The interaction between the components of a high voltage solar array and a simulated space plasma is...
A description is given of the reconfigured Photovoltaic Array Space Power (PASP) Plus experiment: it...
NASA involvement in photovoltaic energy conversion research development and applications spans over ...
This paper describes the design, development, fabrication, and test of a high performance, high volt...
The development of spacecraft with electrical loads that require high voltage power is discussed. Th...
The possible interactions that could exist between a high voltage system and the space plasma enviro...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
NASA is currently developing advanced solar cell and solar array technologies to support future expl...
The Space Platform Solar Array represents a significant step forward in lightweight photovoltaic arr...
A special architecture for photovoltaic generation of electricity is presented, intended to satisfy ...
The aim of this study is, on top of the investigation of an overall PMAD system capable to fulfil th...
A three-year program to develop a Direct Drive Hall-Effect Thruster system (D2HET) begun in 2001 as ...
The deleterious effects of spacecraft charging are well known, particularly when the charging leads ...
As NASA considers future exploration missions, high-power solar-electric propulsion (SEP) plays a pr...
An overview of NASA missions and technology development efforts are discussed. Future spacecraft wil...
The interaction between the components of a high voltage solar array and a simulated space plasma is...
A description is given of the reconfigured Photovoltaic Array Space Power (PASP) Plus experiment: it...
NASA involvement in photovoltaic energy conversion research development and applications spans over ...
This paper describes the design, development, fabrication, and test of a high performance, high volt...
The development of spacecraft with electrical loads that require high voltage power is discussed. Th...
The possible interactions that could exist between a high voltage system and the space plasma enviro...
The solar array/secondary battery system has emerged as the space power workhorse . Previously cons...
NASA is currently developing advanced solar cell and solar array technologies to support future expl...
The Space Platform Solar Array represents a significant step forward in lightweight photovoltaic arr...
A special architecture for photovoltaic generation of electricity is presented, intended to satisfy ...
The aim of this study is, on top of the investigation of an overall PMAD system capable to fulfil th...