The interactions between multiple grid-connected inverters can cause resonance and threaten the security and stability of the system. To address the problem of the resonance, the impedance network is built and the resonance suppression mechanism is analyzed, then a global resonance suppression strategy is proposed based on the principle of admittance reconstruction. The strategy is to dynamically reshape the impedance network using the virtual impedance generated by the public connection point harmonic voltage, such that the potential oscillations and resonance propagation in the parallel grid-connected converters can be mitigated. To validate the effectiveness of the active damper, simulations and experimental tests on a two converter-based setup are carried out. Simulation and experimental results are provided to verify the feasibility and validity of the proposed strategy. This work is supported by National Natural Science Foundation of China (No. 51277137).