Abstract: With the rapid development of renewable energy technology, microgrid and its clusters appear in the distribution network. The high permeability of renewable energy brings the uncertainty of distribution system, which cannot be ignored. In addition, under the open power market the complex game relations further deepen the influence of uncertainty at the system level. However, the hybrid AC/DC distribution system with high flexibility and controllability provides an effective way to solve the above problems. In this, this paper presented a coordinated energy management method for hybrid AC/DC distribution system based on two-stage robust game model. The method was designed to coordinate the energy interaction between hybrid AC/DC distribution network and microgrid clusters, by finding the equilibrium point of the model, the optimal energy management decision can be provided for each stakeholder, which realize the equalization maximization of benefits of all parties and promote the opening and development of the power market. Except economic factor, in order to restrain the influence of the uncertainty of renewable energy output on the power interaction between power market subjects, this paper also added the robust optimization in the model. By optimizing the control and real-time management of the AC/DC converter stations, the influence of the uncertainty on the system stability was suppressed to realize the safe and economic operation of the distribution system. Finally, through the modified IEEE-33 node hybrid AC/DC distribution system numerical example analysis, the results show that the proposed method has achieved the equalization maximization of all parties’ main income and maintain the system voltage within the specified range, effectively achieve the balanced development between the distribution network and the microgrid.