In order to control the distributed renewable energy（DRE） and controllable load flexibly to participate in market transactions and optimal dispatch

an optimal dispatching model for AC/DC hybrid microgrid（AC/DCHM） with virtual power plants（VPP） based on bi-level multi-objective robustness is proposed. The VPP technology is used to suppress the uncertainty of power generation and consumption

and the robust theory is used to construct the uncertain aggregate which can adjust the boundary flexibly. According to the characteristics of the model

multi-objective moth-flame optimization（MOMFO） is used. The results show that the model can make up for the lack of traditional robust optimization that is too conservative

and deal with the defects of microgrid load

poor source predictability

and insufficient dispatchable resources and means. It will balance the income entities of each level

the profit of microgrid can be increased by 7.3% with VPP. On the premise of ensuring the stable operation

the confidence probability of the uncertain variables of load and source can be reasonably selected

and the profit can be increased by 22.8%. Therefore

the sustainable development of electric power economy can be effectively realized.