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Emission Constrained Economic Dispatch—A New Recursive Approach

机译：排放受限的经济调度-一种新的递归方法

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摘要

The purpose of this article is to present a dynamic programming recursive approach for the emission constrained economic dispatch (ECED). A multiobjective, multistage decision making problem has been solved analytically without the familiar Lambda (?) iteration method. The optimization algorithm has been developed with a sequential dynamic programming model. The salient feature of this technique is that all the former conventional procedures have been avoided completely. This method has boundless applications for economic generation studies with different constraints. An accurate solution is made available on par with other conventional results. The validity of the proposed method is demonstrated with the help of two standard test systems.
机译：本文的目的是为排放受限的经济调度（ECED）提供一种动态规划递归方法。无需熟悉的Lambda（）迭代方法，就可以解析解决多目标，多阶段决策问题。优化算法已通过顺序动态规划模型开发。该技术的显着特征是完全避免了所有以前的常规程序。这种方法在具有不同约束条件的经济发电研究中具有无限的应用。准确的解决方案可与其他常规结果相提并论。借助两个标准测试系统证明了该方法的有效性。

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