Add to ORKGAnalytical models were developed to perform optical, thermal, electrical and structural analyses on candidate encapsulation systems. Qualification testing, specimens of various types, and a finalized optimum design are projected
An important principle is that encapsulants should be tested in a total array system allowing realis...
Encapsulation material system requirements, material selection criteria, and the status and properti...
Encapsulant materials and processes for the production of cost effective, long life solar cell modul...
An analytical methodology for advanced encapsulation designs was developed. From these methods desig...
Design sensitivities are established for the development of photovoltaic module criteria and the def...
Optical, electrical isolation, thermal structural, structural deflection, and thermal tests are repo...
Procurement of 4 in x 4 in polycrystalline solar cells were proceeded with some delays. A total of 1...
Two strawman designs have been devised to aid in the development of analytical techniques for evalua...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
A summary version of Volume 1, presenting the basic encapsulation systems, their purposes and requir...
Progress in solar energy technology is reported in the following areas: aging and life prediction me...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
The results of an investigation of solar module encapsulation systems applicable to the Low-Cost Sol...
A photothermal test matrix and a low cost testing apparatus for encapsulant materials of photovoltai...
During this quarter, flat-plate solar collector systems were considered and six basic construction e...
An important principle is that encapsulants should be tested in a total array system allowing realis...
Encapsulation material system requirements, material selection criteria, and the status and properti...
Encapsulant materials and processes for the production of cost effective, long life solar cell modul...
An analytical methodology for advanced encapsulation designs was developed. From these methods desig...
Design sensitivities are established for the development of photovoltaic module criteria and the def...
Optical, electrical isolation, thermal structural, structural deflection, and thermal tests are repo...
Procurement of 4 in x 4 in polycrystalline solar cells were proceeded with some delays. A total of 1...
Two strawman designs have been devised to aid in the development of analytical techniques for evalua...
The goal of the program is to identify, test, evaluate and recommend encapsulation materials and pro...
A summary version of Volume 1, presenting the basic encapsulation systems, their purposes and requir...
Progress in solar energy technology is reported in the following areas: aging and life prediction me...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
The results of an investigation of solar module encapsulation systems applicable to the Low-Cost Sol...
A photothermal test matrix and a low cost testing apparatus for encapsulant materials of photovoltai...
During this quarter, flat-plate solar collector systems were considered and six basic construction e...
An important principle is that encapsulants should be tested in a total array system allowing realis...
Encapsulation material system requirements, material selection criteria, and the status and properti...
Encapsulant materials and processes for the production of cost effective, long life solar cell modul...