The bulk of the contract effort was carried out in the following two phases: Phase 1 -- module design, Pre-production module fabrication, inspection and test. Phase 2 -- Production, test and delivery. Effort during the first two months of the contract concentrated on design of a solar module to meet specification. Basic module design resulting from this effort is as follows: (1) frame design; (2) cell pan design; (3) cell interconnection; (4) encapsulation; (5) electrical performance
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
A development program to produce large-area (5.9 x 5.9 cm) space quality silicon solar cells with a ...
A program conducted for design, fabrication and evaluation of twelve silicon solar cell modules is d...
The fabrication of solar cell modules is detailed with emphasis upon laminating and interconnecting ...
Six photovoltaic modules using solar cells fabricated from silicon ribbons were assembled and delive...
The results are given of an advanced module development program with the objective of providing a lo...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
A process sequence for a large area ( or = 25 sq. cm) silicon solar cell was investigated. Generic c...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
The PEP is a 32 kilowatt flexible substrate, retrievable, solar array system for use on the Space Sh...
The details of a shingle module design which produces in excess of 97 watts/sq m of module area at 1...
The standard solar cells (2x2 cm) from the cast silicon heatexchanger method) showed a maximum AMO e...
The design, development, fabrication, and testing of the transparent solar cell module were examined...
Most effort was concentrated on development of procedures to provide large area (3 in. diameter) hig...
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
A development program to produce large-area (5.9 x 5.9 cm) space quality silicon solar cells with a ...
A program conducted for design, fabrication and evaluation of twelve silicon solar cell modules is d...
The fabrication of solar cell modules is detailed with emphasis upon laminating and interconnecting ...
Six photovoltaic modules using solar cells fabricated from silicon ribbons were assembled and delive...
The results are given of an advanced module development program with the objective of providing a lo...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
A process sequence for a large area ( or = 25 sq. cm) silicon solar cell was investigated. Generic c...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
The PEP is a 32 kilowatt flexible substrate, retrievable, solar array system for use on the Space Sh...
The details of a shingle module design which produces in excess of 97 watts/sq m of module area at 1...
The standard solar cells (2x2 cm) from the cast silicon heatexchanger method) showed a maximum AMO e...
The design, development, fabrication, and testing of the transparent solar cell module were examined...
Most effort was concentrated on development of procedures to provide large area (3 in. diameter) hig...
The essential electrical and mechanical characteristics of block 4 photovoltaic solar cell modules a...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
A development program to produce large-area (5.9 x 5.9 cm) space quality silicon solar cells with a ...