S203: a voltage sensing phase comprises: when the light-emitting element emits light, charging the sensing signal line in response to the first scan signal becoming invalid and by correspondingly controlling the second scan signal and the reset control signal. Optionally, when both the first scan signal and the second scan signal become invalid, the driving transistor is kept ON with a data voltage stored with the tank circuit. In response to the second scan signal becoming valid and the reset control signal being invalid, the sensing signal line (in other words, a parasitic capacitance of the sensing signal line) is charged with a second voltage on the second voltage terminal, and the voltage of the sensing signal line is sensed after it was charged. The sensed voltage corresponds to a voltage on the first terminal of the light-emitting element in a light-emitting state.

S204: a compensation phase comprises: compensating the data voltage supplied to the data line according to the sensed voltage. In some embodiments, a corresponding data voltage variation may be determined according to the sensed voltage, and compensation may be performed for the to-be-written data signal according to the determined data voltage variation to provide a compensated data signal in a corresponding data writing phase. Optionally, the sensed voltage and the degree of aging of the light-emitting element are used together to determine a data voltage variation ΔV. The data voltage variation ΔV is used to adjust the data voltage of the corresponding original data signal. The adjusted data voltage is supplied to the pixel circuit on the data signal terminal in the corresponding data writing phase to achieve compensation.