广东电力2017，Vol.30Issue(5)：69-76,8.DOI:10.3969/gddl/gddl2017/1705/170513.htm
基于改进差分纵横交叉算法的多区域动态经济调度
Multi-area Dynamic Economic Dispatching Based on Improved Differential Evolution with Crisscrossed Optimization Algorithm
摘要
Abstract
Multi-area dynamic economic dispatching (MADED) should satisfy requirements for power equilibrium constraint of each area in various time frames as well as ramp rate constraint of each generator. Meanwhile, MADED should consider valve point effect and multi fuel factor which may cause cost function non convex and nonlinear and lead solution more complex. In order to solve above problems, this paper presents a kind of improved hybrid algorithm called NW small world differential evolution with crisscrossed optimization algorithm which needs less convergence times and has higher precision. It adopts this algorithm to solve MADED problems of 10 units with 3 areas system simultaneously considering ramp rate, valve point effect and multi fuel, and then compares dispatching result with results of other algorithms. Comparison result indicates that this algorithm has more distinct advantage.关键词
多区域/动态经济调度/NW小世界差分纵横交叉算法/爬坡率/多燃料Key words
multi-area/dynamic economic dispatching/NW small world differential evolution with crisscrossed optimization algorithm/ramp rate/multi fuel分类
信息技术与安全科学引用本文复制引用
林艺城,李锦焙,孟安波,王朗,丁林军..基于改进差分纵横交叉算法的多区域动态经济调度[J].广东电力,2017,30(5):69-76,8.基金项目
广东省科技计划项目(2016A010104016) （2016A010104016）
