A touch display device comprising: a substrate including an active area in which multiple subpixels are arranged and a nonactive area positioned outside the active area, wherein each of the multiple subpixels includes a first electrode, an organic light emitting layer and a second electrode on the organic light emitting layer; an encapsulation layer (ENCAP) arranged on the second electrode; a plurality of touch electrodes and a plurality of touch routing wires arranged on the encapsulation layer (ENCAP); multiple connection patterns (Y-CL) arranged on the encapsulation layer (ENCAP) in the active area so as to electrically connect the plurality of touch electrodes to each other; multiple compensation patterns (CPTN1, CPTN2) arranged between the plurality of touch electrodes and the plurality of touch routing wires and configured to equalize at least one capacitance (Cp) formed between the plurality of touch electrodes and the second electrode and/or between the plurality of touch routing wires and the second electrode; and at least one touch insulating film between the multiple connection patterns (Y-CL) and the plurality of touch electrodes, wherein the multiple connection patterns (Y-CL) connect the touch electrodes through contact holes in the at least one touch insulating film, wherein: the multiple compensation patterns (CPTN1, CPTN2) comprise multiple first compensation patterns (CPTN1) arranged in the nonactive area and electrically connected to the plurality of touch electrodes and the plurality of touch routing wires, the multiple compensation patterns (CPTN1, CPTN2) further comprise multiple second compensation patterns (CPTN2) corresponding to the multiple first compensation patterns (CPTN1) and arranged on a same layer as the multiple connection patterns (Y-CL) or a different layer from the connection patterns (Y-CL), and the at least one touch insulating film is arranged between the first compensation patterns (CPTN1) and the second compensation patterns (CPTN2) with the first compensation patterns (CPTN1) being arranged on the at least one touch insulating film. a substrate including an active area in which multiple subpixels are arranged and a nonactive area positioned outside the active area, wherein each of the multiple subpixels includes a first electrode, an organic light emitting layer and a second electrode on the organic light emitting layer; an encapsulation layer (ENCAP) arranged on the second electrode; a plurality of touch electrodes and a plurality of touch routing wires arranged on the encapsulation layer (ENCAP); multiple connection patterns (Y-CL) arranged on the encapsulation layer (ENCAP) in the active area so as to electrically connect the plurality of touch electrodes to each other; multiple compensation patterns (CPTN1, CPTN2) arranged between the plurality of touch electrodes and the plurality of touch routing wires and configured to equalize at least one capacitance (Cp) formed between the plurality of touch electrodes and the second electrode and/or between the plurality of touch routing wires and the second electrode; and at least one touch insulating film between the multiple connection patterns (Y-CL) and the plurality of touch electrodes, wherein the multiple connection patterns (Y-CL) connect the touch electrodes through contact holes in the at least one touch insulating film, wherein: the multiple compensation patterns (CPTN1, CPTN2) comprise multiple first compensation patterns (CPTN1) arranged in the nonactive area and electrically connected to the plurality of touch electrodes and the plurality of touch routing wires, the multiple compensation patterns (CPTN1, CPTN2) further comprise multiple second compensation patterns (CPTN2) corresponding to the multiple first compensation patterns (CPTN1) and arranged on a same layer as the multiple connection patterns (Y-CL) or a different layer from the connection patterns (Y-CL), and the at least one touch insulating film is arranged between the first compensation patterns (CPTN1) and the second compensation patterns (CPTN2) with the first compensation patterns (CPTN1) being arranged on the at least one touch insulating film. the multiple compensation patterns (CPTN1, CPTN2) comprise multiple first compensation patterns (CPTN1) arranged in the nonactive area and electrically connected to the plurality of touch electrodes and the plurality of touch routing wires, the multiple compensation patterns (CPTN1, CPTN2) further comprise multiple second compensation patterns (CPTN2) corresponding to the multiple first compensation patterns (CPTN1) and arranged on a same layer as the multiple connection patterns (Y-CL) or a different layer from the connection patterns (Y-CL), and the at least one touch insulating film is arranged between the first compensation patterns (CPTN1) and the second compensation patterns (CPTN2) with the first compensation patterns (CPTN1) being arranged on the at least one touch insulating film.