At the time of their conception, the cell stack systems to be discussed represent the best semiconductor materials combinations to achieve Air Force program goals. These systems are investigated thoroughly and the most promising systems, from the standpoint of high efficiency, are taken for further development with large area emphasized (at least 4 sq cm). The emphasis in the Air Force cascaded cell program is placed on eventual nonconcentrator application. This use of the final cell design considerably relieves the low resistance requirements for the tunnel junction. In a high concentration application the voltage drop across the tunnel junction can be a very serious problem
Very high efficiency concentrator solar panels are envisioned as economical and reliable electrical ...
The bulk of the research efforts supported by the Solar Energy Research Institute (SERI) High Effici...
Although existing technology can produce highly efficient solar cells, they remain commercially cost...
The III-V semiconductor materials system that was selected for continued cascade cell development wa...
Gallium arsenide solar cells equal or supass the best silicon solar cells in efficiency, radiation r...
Four major areas in solar cell research and technology were considered. The areas were: (1) the sili...
High-efficiency, lightweight, radiation-resistant solar cells are essential to meet the large power ...
Silicon solar cell analysis and fundamental measurements, silicon cell technology, gallium arsenide ...
This report describes research to develop the technology needed to demonstrate a monolithic, multiju...
Data obtained from the fourteen solar cell modules on the NTS-2 satellite are presented together wit...
The AstroPower self-supporting, transparent AlGaAs top solar cell can be stacked upon any well-devel...
Interdigitated back surface contact (IBC) and copper indium gallium diselenide (CIGS) solar cells ha...
A new and unique approach to improving photovoltaic conversion efficiency, the reflective multiband ...
Highlighted here are some of the current programs in advanced space solar cell and array development...
Silicon solar cells with efficiencies ranging from 17 to 17.7 percent are described. These cells wer...
Very high efficiency concentrator solar panels are envisioned as economical and reliable electrical ...
The bulk of the research efforts supported by the Solar Energy Research Institute (SERI) High Effici...
Although existing technology can produce highly efficient solar cells, they remain commercially cost...
The III-V semiconductor materials system that was selected for continued cascade cell development wa...
Gallium arsenide solar cells equal or supass the best silicon solar cells in efficiency, radiation r...
Four major areas in solar cell research and technology were considered. The areas were: (1) the sili...
High-efficiency, lightweight, radiation-resistant solar cells are essential to meet the large power ...
Silicon solar cell analysis and fundamental measurements, silicon cell technology, gallium arsenide ...
This report describes research to develop the technology needed to demonstrate a monolithic, multiju...
Data obtained from the fourteen solar cell modules on the NTS-2 satellite are presented together wit...
The AstroPower self-supporting, transparent AlGaAs top solar cell can be stacked upon any well-devel...
Interdigitated back surface contact (IBC) and copper indium gallium diselenide (CIGS) solar cells ha...
A new and unique approach to improving photovoltaic conversion efficiency, the reflective multiband ...
Highlighted here are some of the current programs in advanced space solar cell and array development...
Silicon solar cells with efficiencies ranging from 17 to 17.7 percent are described. These cells wer...
Very high efficiency concentrator solar panels are envisioned as economical and reliable electrical ...
The bulk of the research efforts supported by the Solar Energy Research Institute (SERI) High Effici...
Although existing technology can produce highly efficient solar cells, they remain commercially cost...