Abstract:Under the background of the continuous development of the energy transition strategy, virtual energy station can realize the characteristics of multiple energy coupling and complementation.Virtual energy station has become an efficient and clean energy carrier, and it also puts forward higher requirements for the planning, configuration and operation of energy stations.Aiming at the economy, energy efficiency, environmental benefit and reliability of the virtual energy station, a multi-level comprehensive evaluation index system is established.The AHP-entropy weight method combining subjective and objective is used to evaluate the planning and operation of the virtual energy station scientifically and objectively.Finally, the actual operation data of a park-level virtual energy station in the south is analyzed as a case study.The result verifies that the constructed evaluation model system is able to evaluate the development of the energy station scientifically and effectively, and at the same time, it can also provide the development and construction of the virtual energy station with some significative suggestions.