A display apparatus comprising: a solar panel, wherein the solar panel comprises; a plurality of solar cells each of which is formed in a belt-shape extending in a predetermined direction on a plate-shaped surface and which is disposed in rows in a cell-width direction perpendicular to an extending direction of the plurality of solar cells; a partition area that divides the plurality of solar cells from each other; and a connecting part that connects adjoining solar cells among the plurality of solar cells electrically in series at respective ends in the extending direction; wherein the plurality of solar cells has, across at least two of the plurality of solar cells, a transparent power generation area (SAr) in which a power generation area and a transparent area that transmits light are alternately disposed and extend in the extending direction, wherein the transparent power generation area extends over an entire cell width of at least one of the plurality of solar cells, and the connecting part is disposed at each of opposite ends in the extending direction of the at least one solar cell, the display apparatus further comprising: a display, wherein the solar panel is overlaid on a view side of the display, characterised in that: I the display is of a dot matrix type in which display elements are arranged in a predetermined arrangement direction, wherein the extending direction of the plurality of solar cells is oblique to the predetermined arrangement direction at a predetermined angle, and in that the plurality of solar cells includes one solar cell, a first adjoining solar cell that adjoins the one solar cell in the cell-width direction, and a second adjoining solar cell that adjoins the one solar cell in the cell-width direction, wherein a first end of the one solar cell is connected to an end of the first adjoining cell, the first end of the one solar cell and the end of the first adjoining cell being at one side in the extending direction, wherein a second end of the one solar cell is connected to an end of the second adjoining cell, the second end of the one solar cell and the end of the second adjoining cell being at another side opposite the one side in the extending direction. a solar panel, wherein the solar panel comprises; a plurality of solar cells each of which is formed in a belt-shape extending in a predetermined direction on a plate-shaped surface and which is disposed in rows in a cell-width direction perpendicular to an extending direction of the plurality of solar cells; a partition area that divides the plurality of solar cells from each other; and a connecting part that connects adjoining solar cells among the plurality of solar cells electrically in series at respective ends in the extending direction; wherein the plurality of solar cells has, across at least two of the plurality of solar cells, a transparent power generation area (SAr) in which a power generation area and a transparent area that transmits light are alternately disposed and extend in the extending direction, wherein the transparent power generation area extends over an entire cell width of at least one of the plurality of solar cells, and the connecting part is disposed at each of opposite ends in the extending direction of the at least one solar cell, the display apparatus further comprising: a display, wherein the solar panel is overlaid on a view side of the display, characterised in that: I the display is of a dot matrix type in which display elements are arranged in a predetermined arrangement direction, wherein the extending direction of the plurality of solar cells is oblique to the predetermined arrangement direction at a predetermined angle, and in that the plurality of solar cells includes one solar cell, a first adjoining solar cell that adjoins the one solar cell in the cell-width direction, and a second adjoining solar cell that adjoins the one solar cell in the cell-width direction, wherein a first end of the one solar cell is connected to an end of the first adjoining cell, the first end of the one solar cell and the end of the first adjoining cell being at one side in the extending direction, wherein a second end of the one solar cell is connected to an end of the second adjoining cell, the second end of the one solar cell and the end of the second adjoining cell being at another side opposite the one side in the extending direction. the display is of a dot matrix type in which display elements are arranged in a predetermined arrangement direction, wherein the extending direction of the plurality of solar cells is oblique to the predetermined arrangement direction at a predetermined angle, and in that the plurality of solar cells includes one solar cell, a first adjoining solar cell that adjoins the one solar cell in the cell-width direction, and a second adjoining solar cell that adjoins the one solar cell in the cell-width direction, wherein a first end of the one solar cell is connected to an end of the first adjoining cell, the first end of the one solar cell and the end of the first adjoining cell being at one side in the extending direction, wherein a second end of the one solar cell is connected to an end of the second adjoining cell, the second end of the one solar cell and the end of the second adjoining cell being at another side opposite the one side in the extending direction.