摘要
以往电力系统机组检修计划安排的各种算法都不能保证同时具备数学模型的最优性和寻化方法的有效性。为解决此矛盾，文中将多目标规划理论引进电力系统机组计划检修（GMS）问题之中。在此基础上建立新的GMS数学模型──GMS多目标模型，并介绍相应的启发式算法——最大最小法。最后给出实际算例（浙江电网）的运算结果。
Any algorithm of generator maintenance schedu1e of power system can't possess both optimization of the mathematicaI modeI and validity of the optimal approach in the past. ln order to solve this problem, this paper applies multi-objective mathematics programming theory to generator maintenance scheduling (GMS) of power system. and establishes an up-to-date mathematical model- GMS multi-objective model. Then a heuristic algorithm- Max-Min function,corresponding the GMS multi-objective model. is introduced. At 1ast. the example of Zhejiang province power system and its calculating results are presented.
出处
《电力系统自动化》
EI
CSCD
北大核心
1998年第2期26-28,共3页
Automation of Electric Power Systems
关键词
电力系统
机组计划检修
多目标规划
维修
模型
power system generator maintenance scheduling (GMS) multi-objective programming
