Optimum Dispatching of Time-sharing Power Supply for Electrolytic Zinc Process Based on Particle Swarm Optimization Algorithm

A multi-objective optimal model for time-sharing power supply dispatching of electrolytic zinc is established.Then a stochastic multi-objective PSO(SMOPSO) is proposed,and the integral SMOPSO is used to optimize the dispatching of time-sharing power supply for electrolytic zinc process.The proposed algorithm conquers such disadvantages as lack of prior knowledge and low searching efficiency caused by using single-objective simulated annealing algorithm to optimize the dispatching of time-sharing power supply for electrolytic zinc process.