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Independent operation by subsystems: Strategic behavior for the Brazilian electricity sector

机译:子系统独立运行:巴西电力部门的战略行为

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This article describes the competitive strategies of the subsystems in the Brazilian electricity sector. The objective is to present a model in which the operation of each subsystem is managed independently. As the subsystems correspond to the country's geographic regions, the adoption of this model creates conditions for each region to develop according to its own peculiarities. The decision-making process is described based Game Theory. As such, the players or operators of each subsystem carry out their strategies based on the quantities produced, which results in Nash-Cournot equilibrium. In this model, the importance of the proper transmission line dimensioning is highlighted. It determines the competition level among subsystems and allows for optimization of the whole system without requiring arrangements for managing the congestion of the energy transportation grid. The model was programmed in FORTRAN, using IBM's optimization subroutine library (OSL) package.
机译:本文介绍了巴西电力部门中子系统的竞争策略。目的是提出一个模型,其中每个子系统的操作都得到独立管理。由于子系统对应于该国的地理区域,因此采用此模型会为每个区域根据其自身的特点发展创造条件。决策过程基于博弈论进行描述。这样,每个子系统的参与者或操作员都会根据所产生的数量执行其策略,从而导致纳什古诺均衡。在此模型中,突出了正确传输线尺寸的重要性。它确定了子系统之间的竞争程度,并允许整个系统的优化,而无需安排管理能源运输网的拥堵。该模型是使用IBM的优化子例程库(OSL)包在FORTRAN中编程的。

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