After grid-following and grid-forming heterogeneous interconnected photovoltaic inverters are connected to the power grid，interactive influences easily occur，resulting in the instability of grid-connected inverters and threatening the safe and stable operation of the new energy grid-connected system.Therefore，considering the dynamic influence of photovoltaic direct current side voltage，small-signal impedance models of grid-following，grid-forming，and their interconnected heterogeneous distributed photovoltaic inverters connected to the grid were constructed，respectively，and the adaptability of heterogeneous grid-connected inverters to grid impedance was analyzed.Meanwhile，to expand the adaptation range of heterogeneous interconnected systems to grid impedance and promote the consumption of new energy，starting from the frequency characteristics of the eigenvalues of the return ratio matrices of grid-following and grid-forming inverters，a hybrid control strategy involving asymmetric compensation for grid-following inverters and active amplitude phase angle compensation for grid-forming inverters was proposed，and the control parameter design was completed to enhance the adaptability of heterogeneous interconnected systems to the grid.The correctness of the related theoretical analysis is verified by simulation and experiment.