基于遗传算法的热液发电调度

Anuradha, S. Sinha
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引用次数: 2

摘要

在大型发电系统中,与火力发电相比,水电厂和火电厂的综合运行被认为是更经济的。综合运行的结果是以最经济的方式优化利用所有能源,为消费者提供不间断的供应。通过实例研究,本文旨在优化传统火力发电厂和小型水力发电厂的燃料成本效率。利用遗传算法对整个系统进行优化,使火电厂的运行成本逐渐降低,同时通过其他可再生能源来满足相同的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genetic algorithm based hydrothermal generation scheduling
In large electrical power generation systems the integrated operation of hydro and thermal power stations is considered to be more economical as compared to thermal power generation. Integrated operation results in optimum utilization of all energy sources in the most economical manner, to provide an uninterrupted supply to the consumers. Through a case study present paper aims at optimizing traditional thermal plants along small hydro power plants, for fuel cost efficiency. The overall system is optimized using Genetic Algorithm such that the cost of running the thermal power plant is gradually decreased by supplying the demand through other renewable energy sources same.
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