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梯级水电站工作深度的二次规划优选方法
THE QUADRATIC PROGRAMMING OPTIMIZATION METHOD OF WORKING DEPTH FOR CASCADE HYDROPOWER STATIONS
【摘要】 本文将Lemkes算法求解二次规划模型的方式用于求解梯级水电站的最优工作深度。并证明了此算法在求解梯级水电站最优工作深度问题时在有限步收敛于最优模型的K-T点,算法简单。保证了多级电站工作深度优选的可解性。
【Abstract】 The optimal working depth for a casoade hydropower station is obtained by the Lemkes algorithm, It has been proved that, when finding the optimum working depth by this algorithm, convergence is obtained at the K-T point of the optimization model within limited steps. With ist simplicity, this algorithm guarantees that the optimization of the working wotking depth for a multilevel station can be solved.
【关键词】 梯级水电站;
工作深度;
二次规划;
【Key words】 cascade hydropower station; working depth; quadratic progr amming;
【Key words】 cascade hydropower station; working depth; quadratic progr amming;
- 【文献出处】 水电能源科学 ,Water Resources and Power , 编辑部邮箱 ,1991年03期
- 【被引频次】2
- 【下载频次】26