Daily Optimal Dispatching Method for Industrial Users of Shared Energy Storage Power Stations Based on Triangular Cycle Algorithm
In response to the problem of high daily operating costs for industrial user groups after gradual optimization and solution,a shared energy storage power plant industrial user daily optimal dispatching method based on triangular cycle algorithm is proposed.Considering the shared energy storage service fee during electricity interaction,establish an industrial user daily optimal dispatching model.Construct an optimization scheduling objective function with the goal of minimizing the daily operating cost of industrial user groups,and calculate the main benefits of industrial users.Set multiple constraints for continuous optimization scheduling,introduce the triangular cycle algorithm,and calculate the global optimal solution by modifying individual corresponding positions through catastrophic operations to obtain the most reasonable daily optimal dispatching plan.The analysis results of the example show that the application of the proposed optimization scheduling method effectively reduces the electricity purchase cost of industrial users.
triangular cycle algorithmshared energy storage power stationindustrial usersdaily optimal dispatchingquantum rotary gate
NETL
NSTL
万方数据
