Abstract
To ensure that the power supply can be restored quickly when the ship’s power system fails, the fault reconstruction method of the system is studied. Taking the number of switching operations and load loss as the objective function, the traditional genetic algorithm is improved by introducing a Tent population initialization, adaptive crossover probability, and mutation probability to realize the fault reconstruction of the ship regional distribution system. Two reconstruction examples show that the improved genetic algorithm can effectively solve the reconstruction problem of the ship’s regional distribution power system, and has good convergence speed and accuracy, which can ensure the stable operation of the ship power system.
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