A touch panel, comprising a touch structure comprising: at least one row of first self-capacitance electrodes disposed in a first area and at least one row of first self-capacitance electrodes disposed in a second area, in which each row of first self-capacitance electrodes comprise a plurality of first self-capacitance electrodes; the at least one row of first self-capacitance electrodes in the first area correspond to the at least one row of first self-capacitance electrodes in the second area; each first self-capacitance electrode in the first area and the corresponding first self-capacitance electrode disposed in the second area are electrically connected with each other; and at least one row-scanning electrode disposed in the first area and/or the second area, in which each row-scanning electrode corresponds to one row of first self-capacitance electrodes, comprises a body portion extended along the extension direction of the one row of first self-capacitance electrodes corresponding to the row-scanning electrode, and is adjacent to and insulated from the corresponding first self-capacitance electrodes; wherein at least one in each group of mutually electrically connected two first self-capacitance electrodes corresponds to the row-scanning electrode; the touch structure further comprises a plurality of second self-capacitance electrodes, each second self-capacitance electrode does not share the same lead with other self-capacitance electrodes, and each row-scanning electrode is adjacent to each second self-capacitance electrode in an area provided with the one row of first self-capacitance electrodes corresponding to the row-scanning electrode; characterized in that: each row-scanning electrode corresponding to one row of first self-capacitance electrodes refers to that each row-scanning electrode is adjacent to the one row of first self-capacitance electrodes and is not adjacent to another row of first self-capacitance electrodes; both the first area and the second area are provided with the plurality of the second self-capacitance electrodes. at least one row of first self-capacitance electrodes disposed in a first area and at least one row of first self-capacitance electrodes disposed in a second area, in which each row of first self-capacitance electrodes comprise a plurality of first self-capacitance electrodes; the at least one row of first self-capacitance electrodes in the first area correspond to the at least one row of first self-capacitance electrodes in the second area; each first self-capacitance electrode in the first area and the corresponding first self-capacitance electrode disposed in the second area are electrically connected with each other; and at least one row-scanning electrode disposed in the first area and/or the second area, in which each row-scanning electrode corresponds to one row of first self-capacitance electrodes, comprises a body portion extended along the extension direction of the one row of first self-capacitance electrodes corresponding to the row-scanning electrode, and is adjacent to and insulated from the corresponding first self-capacitance electrodes; wherein at least one in each group of mutually electrically connected two first self-capacitance electrodes corresponds to the row-scanning electrode; the touch structure further comprises a plurality of second self-capacitance electrodes, each second self-capacitance electrode does not share the same lead with other self-capacitance electrodes, and each row-scanning electrode is adjacent to each second self-capacitance electrode in an area provided with the one row of first self-capacitance electrodes corresponding to the row-scanning electrode; characterized in that: each row-scanning electrode corresponding to one row of first self-capacitance electrodes refers to that each row-scanning electrode is adjacent to the one row of first self-capacitance electrodes and is not adjacent to another row of first self-capacitance electrodes; both the first area and the second area are provided with the plurality of the second self-capacitance electrodes.