Add to ORKGThe updated program plan and narrative reflects the design and development work done and progress made in establishing a viable design for these modules. Design alterations from the preproduction plan are discussed based on experience gained during the preproduction phase of the program
Design and fabrication of Spire Corporation's Block 5 photovoltaic flat plate module is reviewed. Th...
The Flat Plate Solar Array Block 5 Module design efforts of six manufacturers are summarized. Reside...
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...
An updated program plan is presented showing the task descriptions depicting the work, progress, ach...
The fabrication of solar cell modules is detailed with emphasis upon laminating and interconnecting ...
A program conducted for design, fabrication and evaluation of twelve silicon solar cell modules is d...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
A redesign of the initial (Group I) Mobile Solar Block V module was done and documented. Manufacturi...
The bulk of the contract effort was carried out in the following two phases: Phase 1 -- module desig...
The results are given of an advanced module development program with the objective of providing a lo...
The Flat-Plate Solar Array (FSA) Project activities directed at developing the engineering technolog...
Near-term design, qualification and acceptance requirements are provided for terrestrial solar cell ...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
Design and flight certification test data on prototype deployable solar cell arra
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
Design and fabrication of Spire Corporation's Block 5 photovoltaic flat plate module is reviewed. Th...
The Flat Plate Solar Array Block 5 Module design efforts of six manufacturers are summarized. Reside...
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...
An updated program plan is presented showing the task descriptions depicting the work, progress, ach...
The fabrication of solar cell modules is detailed with emphasis upon laminating and interconnecting ...
A program conducted for design, fabrication and evaluation of twelve silicon solar cell modules is d...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
A redesign of the initial (Group I) Mobile Solar Block V module was done and documented. Manufacturi...
The bulk of the contract effort was carried out in the following two phases: Phase 1 -- module desig...
The results are given of an advanced module development program with the objective of providing a lo...
The Flat-Plate Solar Array (FSA) Project activities directed at developing the engineering technolog...
Near-term design, qualification and acceptance requirements are provided for terrestrial solar cell ...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
Design and flight certification test data on prototype deployable solar cell arra
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
Design and fabrication of Spire Corporation's Block 5 photovoltaic flat plate module is reviewed. Th...
The Flat Plate Solar Array Block 5 Module design efforts of six manufacturers are summarized. Reside...
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...