extending from the housing so the lighting module 10 can be mounted to a sign support 14 the electronic components housing 30 has a solar cell module 42 mounted on the top surface in electrical communication through appropriate circuitry 50 to charge at least one rechargeable battery 44 also incorporated into circuitry 50 is a uv detector causing the circuit to switch between a charging mode in the presence of uv radiation and to energizes a pair of leds 54 in the absence of uv radiation with each led positioned on the end of a curvilinearly extending elongated stem 38 depending from opposing sides of the electronic components housing 30 illuminating both sides 16 18 of a double faced sign 12 fig7 is a side view of the solar sign light in the illustrated embodiment of the present invention the solar sign light 10 consists of a solar panel 42 eight u201c aa u201d rechargeable batteries 44 two led lights 54 a circuit board 50 housing unit 30 and clamp 34 the solar panel 42 is located on top of the housing 30 which contains appropriate circuitry 50 for the solar cells 42 to charge rechargeable batteries 44 and circuitry 50 for the rechargeable batteries 44 to selectively energize through electrical leads 52 each led 54 located on the ends of two elongated supports 38 extending out of opposing housing sides with the led 54 and beam reflector 64 see fig9 elements located on respective ends of supports 38 fig8 is a top view of the present invention the solar panel 42 is positioned on top of the housing 30 as the sole source of recharge for the batteries.