Environmental tests were performed of on 76 solar cell modules produced by four different manufacturers. The following tests were performed: (1) 28 day temperature and humidity; (2) rain and icing; (3) salt fog; (4) sand and dust; (5) vacuum/steam/pressure; (6) fungus; (7) temperature/altitude; and (8) thermal shock. Environmental testing of the solar cell modules produced cracked cells, cracked encapsulant and encapsulant delaminations on various modules. In addition, there was some minor cell and frame corrosion
This paper summarizes results of several experiments flown on the Long Duration Exposure Facility (L...
The design, development, fabrication, and testing of the transparent solar cell module were examined...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
The testing procedures and results of samples of the LSA Project Block 2 procurement of silicon sola...
The results of environmental tests of Block II solar modules are described. Block II was the second ...
The effects of outdoor exposure were determined by comparing standard I-V data obtained for the as-r...
Plastic samples and solar cell sub modules were exposed to an accelerated outdoor environment in Ari...
Plastic samples, solar cell modules, and sub-modules were exposed at test sites in Florida, Arizona,...
Three tasks were undertaken to investigate reliability attributes of terrestrial solar cells: (1) a ...
Photovoltaic modules made of new and developing materials were tested in a continuing study of weath...
Effect of environmental tests on mechanical and electrical properties of silicon solar cell
Seven different solar cell metallization systems were subjected to temperature cycling tests and hum...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
An interim draft of a set of test procedures, developed by NASA/ERDA, for the manufacture of solar c...
A brief discussion of the solar cell experiments flown on the Long Duration Exposure Facility (LDEF)...
This paper summarizes results of several experiments flown on the Long Duration Exposure Facility (L...
The design, development, fabrication, and testing of the transparent solar cell module were examined...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
The testing procedures and results of samples of the LSA Project Block 2 procurement of silicon sola...
The results of environmental tests of Block II solar modules are described. Block II was the second ...
The effects of outdoor exposure were determined by comparing standard I-V data obtained for the as-r...
Plastic samples and solar cell sub modules were exposed to an accelerated outdoor environment in Ari...
Plastic samples, solar cell modules, and sub-modules were exposed at test sites in Florida, Arizona,...
Three tasks were undertaken to investigate reliability attributes of terrestrial solar cells: (1) a ...
Photovoltaic modules made of new and developing materials were tested in a continuing study of weath...
Effect of environmental tests on mechanical and electrical properties of silicon solar cell
Seven different solar cell metallization systems were subjected to temperature cycling tests and hum...
Requirements for performance of terrestrial solar cell modules intended for use in various test appl...
An interim draft of a set of test procedures, developed by NASA/ERDA, for the manufacture of solar c...
A brief discussion of the solar cell experiments flown on the Long Duration Exposure Facility (LDEF)...
This paper summarizes results of several experiments flown on the Long Duration Exposure Facility (L...
The design, development, fabrication, and testing of the transparent solar cell module were examined...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...