structure of an electrode current surface discharging plasma display panel fig6 is an exploded view of u201c b u201d in fig5 and fig7 is an exploded view of u201c c u201d in fig5 referring to fig5 to 7 a plasma display panel is formed by connecting a front substrate 10 where an image is displayed with a rear substrate 20 formed with a predetermined interval from the front substrate 10 by a frit glass in order to maintain an emitting light of a cell by a discharge a common maintenance electrode z a scan maintenance electrode y a dielectric layer 12 for limiting a discharged current of the scan maintenance electrode y to insulate each electrode and a protection layer 13 for preventing the dielectric layer 12 from being damaged to increase an efficiency of the second discharge the common maintenance electrode z a plurality of address electrode x generating a vacuum ultraviolet ray by performing an address discharge at a portion intersected by the scan maintenance electrode y a dielectric layer 22 insulating the plurality of address electrode x a plurality of discharging space formed at a side of the dielectric layer 22 or a partition 21 arranged in parallel so that a cell can be formed and rgb fluorescent layer 23 covered at the side surface of the partition 21 and a portion between the partition 21 and the partition 21 for a visible ray is emitted in addition the common maintenance electrode z has a transparent electrode ito electrode za a bus electrode zb made of a metal and a black layer b made of ruthenium oxidation lead or a carbon material for improving.