电机与控制应用2018，Vol.45Issue(1)：41-45,63,6.
电机控制及配电系统备件优化配置
Allocation Optimization Model for Electrical Machine Control and Power Distribution System Spare Parts
摘要
Abstract
In order to improve the safety and design of shipboard power system,the influence of spare parts configuration on the vulnerability of shipboard power network was studied.A two-objective optimization model was proposed to reduce the cost,quality,volume and other constraints.The objectives of optimization model were norm of comprehensive vulnerability degree and resource consumption scale.The initial allocation spare parts of each node in the shipboard power network were determined according to the satisfaction rate.Then,the optimization model was optimized by the marginal optimization algorithm.The purpose of improving the network robustness of the shipboard power system was realized through the reasonable allocation of spare parts.Finally,the model and the algorithm were verified by the example of complex ring shipboard power network.关键词
舰船电力系统/综合脆弱度范数/配电系统/备件/边际优化Key words
shipboard power system/norm of comprehensive vulnerability degree/power distribution system/spare parts/marginal optimization分类
信息技术与安全科学引用本文复制引用
梅丹,王公宝,叶志浩,沈静,冯杭..电机控制及配电系统备件优化配置[J].电机与控制应用,2018,45(1):41-45,63,6.基金项目
国家自然科学基金项目(51377167,61402516) （51377167,61402516）
