The step S103 is to perform voltage compensation on a reference voltage signal applied to the corresponding pixel circuit according to the compensation voltage when the compensation voltage lies out of a preset range.

In the compensation method above of the organic light-emitting diode display panel according to the embodiment of the disclosure, a high-voltage signal received at the first electrode of the driver transistor in the pixel circuit is detected when the light-emitting element in the pixel circuit is emitting light in the current frame, where the high-voltage signal is a signal used by the driver transistor to generate current in the current frame to drive the light-emitting element connected with the driver transistor to emit light. Then the voltage difference between the high-voltage signal received by the driver transistor in the current frame, and the high-voltage signal received by the driver transistor in the preceding frame, i.e., compensation voltage, is determined according to the detected high-voltage signal received by the pixel circuit in the current frame, and the pre-stored high-voltage signal received by the pixel circuit in the preceding frame. Voltage compensation is performed on a reference voltage signal applied to the pixel circuit according to the compensation voltage when the compensation voltage lies out of a preset range, so that the problem of crosstalk between moving images when a user is touching on the images can be alleviated to thereby improve a display effect of the images.