Solar panel with mat base member

Claim 2

A solar panel which maintains solar energy cells in position to receive light impinging thereon, comprising a base member having an upwardly facing surface with respect to the source of light, a body of cured silicone resin adhesively adhered to said upwardly facing surface, and photovoltaic cells disposed within and encapsulated by said body of resin so that said cells are maintained by said panel in position to receive light impinging on surfaces thereof and convert such light into electrical energy while being protected from ambient conditions by said body of resin, wherein said base member is formed from an, insulating, glass mat polyester that is resistant to warpage at temperatures of about 150° to 200° C. said upwardly facing surface of said base member being formed with alternating peaks and valleys in which the peak-to-valley dimension is less than about 0.01 inch to improve adherence of said body of resin to said mat and retard delamination under adverse ambient conditions.

Claim 3

A solar panel as claimed in claim 1, in which said peak-to-valley dimension is about 0.002 to 0.004 inch.

Claim 4

A solar panel as claimed in claim 2, in which said peak-to-valley dimension is about 0.004 inch.

Claim 5

A solar panel as claimed in claim 1, in which said glass mat polyester is flame retardant.

Claim 6

A solar panel as claimed in claim 1, in which said glass mat polyester is in the form of a laminate.

Claim 7

A solar panel which maintains solar energy cells in position to receive light impinging thereon, comprising a tray within which said cells are mounted, said tray including side and end members and a base member having an upwardly facing surface within the space bounded by said tray, a layer of cured single-component silicone resin adhesively adhered to said upwardly facing surface, a layer of cured multi-component silicone resin adhered to said single-component layer, said single-component layer being thinner than said multi-component layer, and photovoltaic cells disposed within and encapsulated by said multi-component layer so that said cells are maintained by said panel in position to receive light impinging on surfaces thereof and convert such light into electrical energy while being protected from ambient conditions by said multi-component layer of resin, said base member being formed from an, insulating glass mat polyester that is resistant to warpage at temperatures of about 150° to 200° C.

Claim 8

A solar panel which maintains solar energy cells in position to receive light impinging thereon, comprising a tray within which said cells are mounted, said tray including side and end members and a base member having an upwardly facing surface within the space bounded by said tray, a layer of cured single-component silicone resin adhesively adhered to said upwardly facing surface, a layer of cured multi-component silicone resin adhered to said single-component layer, said single-component layer being thinner than said multi-component layer, and photovoltaic cells disposed within and encapsulated by said multi-component layer so that said cells are maintained by said panel in position to receive light impinging on surfaces thereof and convert such light into electrical energy while being protected from ambient conditions by said multi-component layer of resin, said base member being formed from an, insulating glass mat polyester that is resistant to warpage at temperatures of about 150° to 200° C.

Claim 9

A solar panel as claimed in claim 6, in which said upwardly facing surface of said base member is formed with alternating peaks and valleys in which the peak-to-valley dimension is less than about 0.01 inch to improve adherence of said single-component layer to said mat and retard delamination under adverse ambient conditions.

Claim 10

A solar panel as claimed in claim 6, in which said upwardly facing surface is formed by sanding and said peak-to-valley dimension is about 0.002 to 0.004 inch.