With the development of distributed photovoltaic(PV)

its penetration rate in the microgrid has increased year by year

which leads to the uncertainty of microgrid operation and the increasing difficulty of PV consumption. Aiming at the uncertain factors in the hybrid AC/DC microgrid with high penetration of PV

this paper develops an optimal operation model for hybrid AC/DC microgrid considering uncertainty. The objective function is built based on the expected value model to obtain higher long-term profits. The chance constrained model is adopted to guarantee the confidence level of constraint condition. At the same time

to solve the game problem between the microgrid operators and the self-consumed PV

the bargain game model is used to balance the interests of the two stakeholders. And then this paper proposes a bargain game based optimal operation model of microgrid with high penetration of PV considering uncertainty. The proposed model is transformed into a deterministic differentiable nonlinear optimization model with a single objective function. Finally

the validity and feasibility of the model and the solving method are verified by the results of a case study.