The wiring which is connected to the first interlayer insulation film 15 and the source electrode 23s is covered by the second interlayer insulation film 16. In the second interlayer insulation film 16, a contact hole which reaches the wiring connected to the source electrode 23s is provided. A conductive film, which coats at least the inside of the contact hole and covers a surface of the second interlayer insulation film 16, is formed. When the conductive film is patterned, wiring is provided on the second interlayer insulation film 16. The second interlayer insulation film 16 is covered by the third interlayer insulation film 17. In the third interlayer insulation film 17, a contact hole, which reaches the wiring provided on the second interlayer insulation film 16, is provided. A conductive film, which coats at least the inside of the contact hole and covers a surface of the third interlayer insulation film 17, is formed. When the conductive film is patterned, the power line 14 and the relay electrode 14c are provided on the third interlayer insulation film 17.
As described above, the power line 14 is provided on approximately the whole surface of the display area E, and includes openings for each of the light emitting pixels 20B, 20G, and 20R. The relay electrode 14c is provided in an island shape in the opening of the power line 14 with regard to each of the light emitting pixels 20B, 20G, and 20R. In addition, the relay electrode 14c forms a part of the wiring which electrically connects the pixel electrode 31 to the third transistor 23.