Disclosed is a solar panel capable of bifacial light reception that can improve power generation efficiency by using two monofacial light-reception power generation cells along with eliminating problems with electrical insulation between the monofacial light-reception power generation cells, and that can reduce the number of components. The solar cell panel capable of bifacial light reception is equipped with three glass plates (18, 20, and 22) and the two monofacial light-reception power generation cells (24 and 26), and has a three-layered laminated glass structure in which the monofacial light-reception power generation cell (24) is disposed between the glass plate (18) and the glass plate (22) and the monofacial light-reception power generation cell (26) is disposed between the glass plate (22) and the glass plate (20).
