摘要
建立了以可靠性指标为目标的机组检修计划优化模型 .在考虑可能出现的各类约束条件后 ,提出了一种由遗传算法与模拟退火算法结合而成的组合优化算法 .该算法考虑了检修类型及检修安排对本次检修计划的影响 .应用组合算法对实际的系统作了仿真优化计算 ,同时给出了不同算法的比较结果 ,证明该组合算法是可行而有效的 .
An optimization model of reliability index for generator maintenance scheduling is introduced. Considering various constraints, a method combining genetic algorithm with simulated annealing approach is proposed. The method also takes account the maintenance class and the effect cause by several consecutive years scheduling. The combination method is proved to be feasible and valid while using it for an actual system simulation. The results of different method are compared at the same time.
出处
《水电能源科学》
2001年第4期63-66,共4页
Water Resources and Power
