Proposal for a Solution to the Environmental Economic Dispatch Problem Using Scilab

Víctor M. Ramírez, Antonio Ramos Paz, J. A. Marín
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Abstract

Nowadays, the integration of renewable energy sources in electrical systems has significantly increased planning tasks. Due to the greater complexity that these studies imply, different computational and mathematical strategies must be used. Therefore, the analysis of electrical systems that integrate alternative forms of generation is of interest, and, in turn, the study of the environmental impact that the integration of said forms of generation entails is also essential. In this paper, a solution to the Environmental Economic Dispatch problem is obtained, considering the integration of wind energy. The solution to the proposed mathematical models is carried out through a free software computing platform; this platform is Scilab. Test scenarios with thermal generation units and wind farms are analyzed. The results presented allow us to analyze the impact of the integration of wind energy in power generation, generation costs, and polluting emissions.
利用Scilab解决环境经济调度问题的建议
如今,可再生能源在电力系统中的整合大大增加了规划任务。由于这些研究意味着更大的复杂性,必须使用不同的计算和数学策略。因此,对集成各种发电形式的电力系统的分析是有意义的,反过来,对上述发电形式的集成所带来的环境影响的研究也是必不可少的。本文给出了考虑风能集成的环境经济调度问题的求解方法。通过一个免费的软件计算平台对所提出的数学模型进行求解;这个平台就是Scilab。分析了火力发电机组和风电场的测试场景。提出的结果使我们能够分析风能在发电、发电成本和污染排放方面的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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