Low cost encapsulation materials for the Flat Plate Solar Array Program (FSA) are investigated. The goal of the program is to identify, test, evaluate and recommend encapsulation materials and processes for the fabrication of cost effective and long life solar modules. Accelerated aging techniques for module component lifetime studies, investigation of candidate outer cover films and continued evaluation of soil repellant coatings are also included
The early validation of a 20 year service integrity for the bonded interfaces in low cost solar arra...
Study 1 of this contract is entitled ''Evaluation of World Experience and Properties of Materials fo...
An atmospheric corrosion model was developed and verified by five months of corrosion rate and clima...
A study of potentially useful low cost encapsulation materials for the Flat-Plate Solar Array projec...
During this quarter, flat-plate solar collector systems were considered and six basic construction e...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
The Flat Plate Solar Array Project (FSA) has established technically challenging cost and service li...
An important principle is that encapsulants should be tested in a total array system allowing realis...
The Flat-Plate Solar Array (FSA) Project, funded by the U.S. Government and managed by the Jet Propu...
The results of an investigation of solar module encapsulation systems applicable to the Low-Cost Sol...
Encapsulant materials and processes for the production of cost effective, long life solar cell modul...
Inherent weatherability is controlled by the three weather factors common to all exposure sites: ins...
Plastic samples and solar cell sub modules were exposed to an accelerated outdoor environment in Ari...
A photothermal test matrix and a low cost testing apparatus for encapsulant materials of photovoltai...
The early validation of a 20 year service integrity for the bonded interfaces in low cost solar arra...
Study 1 of this contract is entitled ''Evaluation of World Experience and Properties of Materials fo...
An atmospheric corrosion model was developed and verified by five months of corrosion rate and clima...
A study of potentially useful low cost encapsulation materials for the Flat-Plate Solar Array projec...
During this quarter, flat-plate solar collector systems were considered and six basic construction e...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
The Flat Plate Solar Array Project (FSA) has established technically challenging cost and service li...
An important principle is that encapsulants should be tested in a total array system allowing realis...
The Flat-Plate Solar Array (FSA) Project, funded by the U.S. Government and managed by the Jet Propu...
The results of an investigation of solar module encapsulation systems applicable to the Low-Cost Sol...
Encapsulant materials and processes for the production of cost effective, long life solar cell modul...
Inherent weatherability is controlled by the three weather factors common to all exposure sites: ins...
Plastic samples and solar cell sub modules were exposed to an accelerated outdoor environment in Ari...
A photothermal test matrix and a low cost testing apparatus for encapsulant materials of photovoltai...
The early validation of a 20 year service integrity for the bonded interfaces in low cost solar arra...
Study 1 of this contract is entitled ''Evaluation of World Experience and Properties of Materials fo...
An atmospheric corrosion model was developed and verified by five months of corrosion rate and clima...