Thin film solar energy collector
Patent
·
OSTI ID:864791
- Monmouth Beach, NJ
- Westfield, NJ
- Millburn, NJ
A multi-layer solar energy collector of improved stability comprising: (1) a substrate of quartz, silicate glass, stainless steel or aluminum-containing ferritic alloy; (2) a solar absorptive layer comprising silver, copper oxide, rhodium/rhodium oxide and 0-15% by weight of platinum; (3) an interlayer comprising silver or silver/platinum; and (4) an optional external anti-reflective coating, plus a method for preparing a thermally stable multi-layered solar collector, in which the absorptive layer is undercoated with a thin film of silver or silver/platinum to obtain an improved conductor-dielectric tandem.
- DOE Contract Number:
- XJ980081
- Assignee:
- Engelhard Corporation (Iselin, NJ)
- Patent Number(s):
- US 4416916
- Application Number:
- 06/354,831
- OSTI ID:
- 864791
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
film
solar
energy
collector
multi-layer
improved
stability
comprising
substrate
quartz
silicate
glass
stainless
steel
aluminum-containing
ferritic
alloy
absorptive
layer
silver
copper
oxide
rhodium
0-15
weight
platinum
interlayer
optional
external
anti-reflective
coating
plus
method
preparing
thermally
stable
multi-layered
undercoated
obtain
conductor-dielectric
tandem
reflective coating
film solar
layer comprising
energy collector
solar collector
copper oxide
stainless steel
solar energy
thermally stable
silicate glass
improved stability
absorptive layer
ferritic alloy
multi-layer solar
solar absorptive
comprising silver
stability comprising
anti-reflective coating
/427/126/428/
solar
energy
collector
multi-layer
improved
stability
comprising
substrate
quartz
silicate
glass
stainless
steel
aluminum-containing
ferritic
alloy
absorptive
layer
silver
copper
oxide
rhodium
0-15
weight
platinum
interlayer
optional
external
anti-reflective
coating
plus
method
preparing
thermally
stable
multi-layered
undercoated
obtain
conductor-dielectric
tandem
reflective coating
film solar
layer comprising
energy collector
solar collector
copper oxide
stainless steel
solar energy
thermally stable
silicate glass
improved stability
absorptive layer
ferritic alloy
multi-layer solar
solar absorptive
comprising silver
stability comprising
anti-reflective coating
/427/126/428/