Abstract: In order to reduce the power flow uncertainty of the utility grid caused by the increasing penetration of distributed generations in distribution networks, this paper proposed a utility grid cooperation control strategy for distributed generations. The strategy can make the active and reactive power injection of the distribution network’s common coupling point regulate the given references, such that the distribution network can be considered as a controllable PQ node. Meanwhile, the strategy can do active power sharing and output voltage balancing among distributed generations. The strategy is based on distributed consensus algorithms. It only relies on the communication among neighboring generations and no global information is required. Moreover, this paper gave the application condition of voltage balancing control by controlling distributed generations’ reactive power output. The effectiveness of the proposed strategy was verified by simulation studies.