A program conducted for design, fabrication and evaluation of twelve silicon solar cell modules is described. The purpose of the program was to develop a module design consistent with the requirements and objectives of JPL specification and to also incorporate elements of new technologies under development to meet LSSA Project goals. Module development emphasized preparation of a technically and economically competitive design based upon utilization of ion implanted solar cells and a glass encapsulation system. The modules fabricated, tested and delivered were of nominal 2 X 2 foot dimensions and 20 watt minimum rating. Basic design, design rationale, performance and results of environmental testing are described
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The objective of this program is to develop high rate, energy efficient solar cell processing techni...
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 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...
An updated program plan is presented showing the task descriptions depicting the work, progress, ach...
The testing procedures and results of samples of the LSA Project Block 2 procurement of silicon sola...
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
The updated program plan and narrative reflects the design and development work done and progress ma...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
This report describes a program to develop a simple, foolproof, all vacuum solar cell manufacturing ...
The evolution of the design and reliability of solar modules was described. Design requirements invo...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The objective of this program is to develop high rate, energy efficient solar cell processing techni...
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 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...
An updated program plan is presented showing the task descriptions depicting the work, progress, ach...
The testing procedures and results of samples of the LSA Project Block 2 procurement of silicon sola...
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
The updated program plan and narrative reflects the design and development work done and progress ma...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
This report describes a program to develop a simple, foolproof, all vacuum solar cell manufacturing ...
The evolution of the design and reliability of solar modules was described. Design requirements invo...
Several major modifications were made to the design presented at the PDR. The frame was deleted in f...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The objective of this program is to develop high rate, energy efficient solar cell processing techni...