CAJ | 학술논문

本文分析舰船电力系统结构的特点，基于开关变化次数最小的理念，建立最小化目标函数，考虑发电机的额定功率、负载额定电流、额定电压、支路容量的限制，放射状运行约束等，将混合蛙跳算法应用到大型舰船电力系统网络重构中，建立舰船故障重构系统模型，并结合具体算例进行分析研究，结果表明混合蛙跳算法具有较高的收敛速度和精度。
본문분석함선전력계통결구적특점，기우개관변화차수최소적이념，건립최소화목표함수，고필발전궤적액정공솔、부재액정전류、액정전압、지로용량적한제，방사상운행약속등，장혼합와도산법응용도대형함선전력계통망락중구중，건립함선고장중구계통모형，병결합구체산례진행분석연구，결과표명혼합와도산법구유교고적수렴속도화정도。
Taking in to account of the genera torrated power,loadrated current,ratedvoltage,the slipcapacity'slimiting,radial runcons traints,this paper is mainly about theanalyze of the ship power system’s(SPS)struc ture character is tics,establish the minimum objective function basedon the minimals witch frequency changes,the use of shuffledleap frogalgorithm(SFLA) for there configuration of SPS,build a model of SPS,and give some examples to an alyze this problem.There sults show that SFLA has ahigher convergence and accuracy.