An Integrated Security-Constrained Model-Based Dynamic Power Management Approach for Isolated Microgrids in All-Electric Ships

摘要: Isolated microgrid power systems are prone to large frequency and voltage deviations, since they have limited generation finite inertia may include pulse loads proportion of dynamic loads. Thus, require effective management methods operate optimally, while satisfying operating security constraints. In this paper, a novel integrated security-constrained model-based approach is proposed for isolated microgrids in all-electric ships during the normal/alert state. The new method was formulated as multi-objective optimal control problem. A based on Nondominated Sorting Genetic Algorithm II developed solve applied notional ship computer model. simulation results, conducted PSCAD, showed effectiveness method.