부산대학교 도서관

To enhance the load capacity of the distribution network and optimize cost efficiency, this paper designs a probability steady-state control method for multi-scale load storage scenarios of high proportion new energy integration into the distribution network. Firstly, examine the operational condition of the distribution network following the integration of a significant amount of new energy into the system, then design the load peak shaving function of the distribution network, and finally construct a probability steady-state control model for the multi-scale load storage scenario of the distribution network, in order to achieve the goal of steady-state control. The experimental comparison results show that after the application of the proposed method, the load rate of the distribution network has been significantly improved, reaching a maximum of 86%, and the cost expenditure has been reduced, with a maximum expenditure of only 290000 yuan, which has certain application value.