Solar panel assembly with a lighting pattern and including conductors sandwiching a dielectric substance

摘要

A solar panel assembly with a lighting pattern includes a solar panel and an energy storage device. An electroluminescence layer is disposed on a light receiving face of the solar panel. The electroluminescence layer includes a plurality through-holes. The number and the overall area of the plurality of through-holes are configured to permit incident light rays entering the electroluminescence layer to activate the solar panel to proceed with optical-electrical conversion, providing a light receiving effect and a light emitting effect on the same area of the solar panel. A patterned light-transmittable layer is coated on a face of the electroluminescence layer.

主权项

1. A solar panel assembly with a lighting pattern, comprising:
a solar panel including a light receiving face; an energy storage device; an electroluminescence layer disposed on the light receiving face of the solar panel, with the electroluminescence layer including a plurality of through-holes, wherein a number and an overall area of the plurality of through-holes permit incident light rays entering the electroluminescence layer to activate the solar panel to proceed with an optical-electrical conversion, providing a light receiving effect and a light emitting effect on a same area of the solar panel; and a patterned light-transmittable layer disposed over a face of the electroluminescence layer, with the patterned light-transmitted layer including a pattern in the form of a figure, color, or word information, wherein the electroluminescence layer includes first and second electrical conductors parallel to each other and a dielectric substance sandwiched between the first and second electrical conductors, with the second electrical conductor disposed on the light receiving face of the solar panel, with the electroluminescence layer further including a layer of a third electrical conductor made of metal material, with the layer of the third electrical conductor disposed between the dielectric substance and the second electrical conductor, with each of the plurality of through-holes extending through the dielectric substance and the layer of the third electrical conductor, and with the layer of the third electrical conductor producing reflective rays to increase luminance of output light rays of the electroluminescence layer.