电测与仪表2016，Vol.53Issue(24)：1-5,5.
模拟植物多向生长的配电网重构算法
Plant multi-direction growth simulation algorithm for the distribution network reconfiguration
摘要
Abstract
Plant multi-direction growth simulation algorithm ( PMGSA) was applied to solve distribution network static reconfiguration problem .In the process of plant growth , its overall form contains fractal nature .From optimization mathematical perspective , growing point corresponding control variables , tree trunks and branches constitute solution space , light conditions with the best point corresponding optimal solution , roots corresponding initial value .So PMG-SA can be used to solve the integer programming problem of distribution network reconfiguration .PMGSA, which is based on basic plant growth simulation algorithm , improves the calculation of the phytohormone and increases the ran-dom growth direction of new branch .At the same time , PMGSA was improved by enriching the random growth direc-tion.Basic loop was selected as control variable .The reconfiguration results of three typical testing systems including IEEE16, IEEE33, PG & E69, and three large real networks including Taipower 84, bus119 and bus136 show that plant multi-direction growth simulation algorithm has good global optimization capability and the diversity of feasible solutions enables convergence speed faster .关键词
配电网重构/植物生长模拟算法/多向生长/随机搜索Key words
distribution network reconfiguration/plant growth simulation algorithm/multi-direction growth/random search分类
信息技术与安全科学引用本文复制引用
孔令飞,王淳,熊云,黄辉,王宁,闫照云..模拟植物多向生长的配电网重构算法[J].电测与仪表,2016,53(24):1-5,5.基金项目
国家自然科学基金资助项目 （）
