Abstract: The multi-energy microgrid for smart zone is an important way to realize the different physical energy systems coupling and increase the proportion of renewable energy in energy consumption increasing. It is significance to formulate a reasonable multi-energy micro-grid configuration method for ensuring the investment returns and the multi-energy microgrid orderly development. In view of this,this paper takes the park level multi-energy microgrid as the research object,proposes to construct the multi-objective optimization model architecture of multi-energy microgrid configuration on the basis of using HMM to construct typical scene set to compress the historical data of the system,and uses the actual load data and distribution of a park to compare and analyze the results,advantages and disadvantages of two different configuration schemes under different scenario,and quantitatively the advantages of multi energy microgrid in reducing system emission intensity and system investment cost are described.