A photothermal test matrix and a low cost testing apparatus for encapsulant materials of photovoltaic modules were defined. Photothermal studies were conducted to screen and rank existing as well as future encapsulant candidate materials and/or material formulations in terms of their long term physiochemical stability under accelerated photothermal aging conditions. Photothermal characterization of six candidate pottant materials and six candidate outer cover materials were carried out. Principal products of photothermal degradation are identified. Certain critical properties are also monitored as a function of photothermal aging
This paper asserts that materials used for PV encapsulation must be evaluated for their ability to t...
Published and unpublished information relating to encapsulation systems and materials properties was...
Since the renewable energy thrive, performances and lifetime of photovoltaic (PV) modules have been ...
Laboratory tests performed to characterize candidate encapsulation materials with respect to changes...
Low cost encapsulation materials for the Flat Plate Solar Array Program (FSA) are investigated. The ...
The reliability physics program at JPL is outlined. The overall objectives and approaches are given ...
Design sensitivities are established for the development of photovoltaic module criteria and the def...
A study of potentially useful low cost encapsulation materials for the Flat-Plate Solar Array projec...
The analytical methodology for advanced encapsulation designs for the development of photovoltaic mo...
For any piece of hardware that degrades when subject to environmental and application stresses, the ...
The main focus of this work is to investigate the degradation behavior of two newly developed encaps...
AbstractThe properties of the encapsulant are critical to the long-term performance of photovoltaic ...
The Flat Plate Solar Array Project (FSA) has established technically challenging cost and service li...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
Four major properties are considered to be relevant in determining service life of a photovoltaic mo...
This paper asserts that materials used for PV encapsulation must be evaluated for their ability to t...
Published and unpublished information relating to encapsulation systems and materials properties was...
Since the renewable energy thrive, performances and lifetime of photovoltaic (PV) modules have been ...
Laboratory tests performed to characterize candidate encapsulation materials with respect to changes...
Low cost encapsulation materials for the Flat Plate Solar Array Program (FSA) are investigated. The ...
The reliability physics program at JPL is outlined. The overall objectives and approaches are given ...
Design sensitivities are established for the development of photovoltaic module criteria and the def...
A study of potentially useful low cost encapsulation materials for the Flat-Plate Solar Array projec...
The analytical methodology for advanced encapsulation designs for the development of photovoltaic mo...
For any piece of hardware that degrades when subject to environmental and application stresses, the ...
The main focus of this work is to investigate the degradation behavior of two newly developed encaps...
AbstractThe properties of the encapsulant are critical to the long-term performance of photovoltaic ...
The Flat Plate Solar Array Project (FSA) has established technically challenging cost and service li...
The evaluation of potentially useful low cost encapsulation materials is discussed. The goal is to i...
Four major properties are considered to be relevant in determining service life of a photovoltaic mo...
This paper asserts that materials used for PV encapsulation must be evaluated for their ability to t...
Published and unpublished information relating to encapsulation systems and materials properties was...
Since the renewable energy thrive, performances and lifetime of photovoltaic (PV) modules have been ...