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


Isolated microgrid power systems are prone to giant frequency and voltage deviations, since they have limited generation and finite inertia and may embrace pulse power masses and large proportion of dynamic masses. Thus, they require effective power management strategies to operate optimally, while satisfying operating and security constraints. During this paper, a novel integrated security-constrained model-based power management approach is proposed for isolated microgrids in all-electric ships throughout the traditional/alert operating state. The new power management method was formulated as a multi-objective optimal control drawback. A method primarily based on the Nondominated Sorting Genetic Algorithm II was developed to solve the matter. The developed integrated security-constrained power management approach was applied to a notional all-electrical ship laptop model. The simulation results, conducted in PSCAD, showed the effectiveness of the new power management methodology.

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