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Comparative analyses of Min-Max and Max-Max price penalty factor approaches for multi criteria power system dispatch problem using Lagrange's method

机译:基于拉格朗日方法的多准则电力系统调度问题的最小-最大和最大-最大价格​​惩罚因子方法的比较分析

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The objective of the economic dispatch problem of electrical power generation is to schedule the committed generating unit's output so as to meet the required load demand while satisfying the system equality and inequality constraints. This paper solves the combined economic emission dispatch problem by using Min-Max and Max-Max price penalty factor approaches using Lagrange's method. The price penalty factor for the combined economic emission dispatch (CEED) is the ratio of fuel cost to emission value. The literature papers reported that most of them use Max-Max Price penalty factor for the CEED problem. This paper analyses Min-Max and Max-Max price penalty factors for CEED problem. This CEED problem is solved for the IEEE 30 bus system with six generating units. The total fuel cost of the combined economic emission dispatch problem is less by using Min-Max price penalty factor approach in comparison to Max-Max price penalty factor.
机译:发电的经济调度问题的目的是对承诺的发电机组的输出进行调度,以便在满足系统相等性和不平等性约束的同时满足所需的负载需求。本文通过使用拉格朗日方法的最小-最大和最大-最大价格​​惩罚因子方法解决了联合的经济排放分配问题。联合经济排放调度(CEED)的价格惩罚因素是燃料成本与排放价值之比。文献报告说,他们中的大多数人对CEED问题使用Max-Max Price惩罚因子。本文分析了CEED问题的最小-最大和最大-最大价格​​惩罚因素。对于具有六个发电单元的IEEE 30总线系统,此CEED问题得以解决。与“最大-最大”价格惩罚因子相比,通过使用“最小-最大”价格惩罚因子方法,组合经济排放调度问题的总燃料成本要少。

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