The zero crossing distortion of micro-inverter output current can increase the THD of grid current, in severe cases it can disturb the normal operation of the grid. To resolve this problem, through the analysis of peak current control strategy of flyback type micro inverter, the effect of switching delay time of power electronic elements on power balance is discussed in detail, that the switching delay time is the main cause of zero crossing distortion is pointed out, thus a new hybrid peak current control strategy is presented. The control theory is analyzed in detail and a controller is designed. A 100 W micro-inverter prototype is built to verify the proposed control method. Experimental results show that the proposed control strategy can suppress the zero crossing distortion effectively.