High Temperature Solar Cell Contacts
Agency / Branch:
DOD / MDA
Inexpensive solar cell contacts can be made using silicone or epoxy materials with carbon nanostructure additives to improve electrical conductivity at high temperature. This overcomes the problems associated with metal-additive silicones and epoxies, which tend to lose their electrical conductivity enhancements as the temperature increases, thereby diminishing; their usefulness as a solar cell electrical conduct. Because highly conductive carbon fib r can be fabricated with an extremely high aspect ratio (L/D > 5000), bonding material incorporating this fiber will have an internal conductive network within it, assuring that electrical contact will be maintained as the material expands thermally.
Small Business Information at Submission:
Principal Investigator:Ronald L. Jacobsen
APPLIED SCIENCES, INC.
P.O. Box 164284 Austin, TX 78716
Number of Employees: