An electroluminescence display comprising: a first pixel configured to emit light with a first color on a substrate; a second pixel configured to emit light with a second color on the substrate; a first anode electrode (ANOR) at the first pixel; a second anode electrode (ANOG) at the second pixel; a hole functional layer on the first anode electrode (ANOR) and the second anode electrode (ANOG); an emission layer on the hole functional layer; an electron functional layer on the emission layer; and a cathode electrode on the electron functional layer, wherein the hole functional layer and the electron functional layer are commonly on a display area including the first pixel and the second pixel, the display further comprising: a depletion electrode configured to form a depletion area between the first anode electrode (ANOR) and the second anode electrode (ANOG); and an insulating bank layer covering the depletion electrode, wherein the depletion electrode is apart from the first anode electrode (ANOR) and the second anode electrode (ANOG) with a predetermined distance and is formed in the same layer as the first anode electrode (ANOR) and the second anode electrode (ANOG), wherein the hole functional layer and the electron functional layer overlap the depletion electrode with the insulating bank layer therebetween, and wherein the depletion electrode is connected to a voltage source configured to supply a high-level voltage equal to or larger than a voltage applied to the first anode electrode (ANOR) and the second anode electrode (ANOG). a first pixel configured to emit light with a first color on a substrate; a second pixel configured to emit light with a second color on the substrate; a first anode electrode (ANOR) at the first pixel; a second anode electrode (ANOG) at the second pixel; a hole functional layer on the first anode electrode (ANOR) and the second anode electrode (ANOG); an emission layer on the hole functional layer; an electron functional layer on the emission layer; and a cathode electrode on the electron functional layer, wherein the hole functional layer and the electron functional layer are commonly on a display area including the first pixel and the second pixel, the display further comprising: a depletion electrode configured to form a depletion area between the first anode electrode (ANOR) and the second anode electrode (ANOG); and an insulating bank layer covering the depletion electrode, wherein the depletion electrode is apart from the first anode electrode (ANOR) and the second anode electrode (ANOG) with a predetermined distance and is formed in the same layer as the first anode electrode (ANOR) and the second anode electrode (ANOG), wherein the hole functional layer and the electron functional layer overlap the depletion electrode with the insulating bank layer therebetween, and wherein the depletion electrode is connected to a voltage source configured to supply a high-level voltage equal to or larger than a voltage applied to the first anode electrode (ANOR) and the second anode electrode (ANOG). a depletion electrode configured to form a depletion area between the first anode electrode (ANOR) and the second anode electrode (ANOG); and an insulating bank layer covering the depletion electrode, wherein the depletion electrode is apart from the first anode electrode (ANOR) and the second anode electrode (ANOG) with a predetermined distance and is formed in the same layer as the first anode electrode (ANOR) and the second anode electrode (ANOG), wherein the hole functional layer and the electron functional layer overlap the depletion electrode with the insulating bank layer therebetween, and wherein the depletion electrode is connected to a voltage source configured to supply a high-level voltage equal to or larger than a voltage applied to the first anode electrode (ANOR) and the second anode electrode (ANOG).