Abstract: Aiming at the power flow, distribution and circulation problems when multiple bidirectional interlinking converters (BICs) are operating in parallel in AC-DC hybrid microgrids, a distributed power management control strategy for multi-parallel BICs is proposed. Each BIC is designed with an independent local distributed controller, which calculates its own power reference value, and can be allocated proportionally according to different power ratings to realize the power flow between the two sub-networks and the power distribution between different BICs. In addition, based on the null vector feedforward control strategy, a virtual BIC concept is proposed to realize the multi-parallel BIC circulating current suppression. The simulation and hardware-in-the-loop experimental results show that the strategy can effectively control the power flow between the two sub-networks and suppress the circulating current between multiple modules.