A Study on Comparison between Thermal and Hydro-thermal ELD Using Metaheuristics Technique

D. Santra, A. Mukherjee, S. Mondal
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引用次数: 0

Abstract

This paper presents for the first-time, application of Moth Flame Optimization and Bat Algorithm (MFO-BA) for optimal scheduling of thermal and hydro-thermal systems in a simulated environment. Results of three test systems (4-unit, 5-unit and 6-unit) comprising seven test cases as different combinations of fixed-head hydro units and thermal units with and without losses are presented to demonstrate the performance of the hybrid MFO-BA algorithm. The test results comprehensively establish the advan- tage and overall effectiveness of the hydro-thermal system over thermal-only system in terms of load dispatch and economy of generation cost and transmission loss. The present study can help find the most economic scheduling of hydro-thermal generating units using hybrid soft computing approach.
利用元启发式技术对热式和水热式 ELD 进行比较的研究
本文首次提出在模拟环境中应用蛾焰优化和蝙蝠算法(MFO-BA)进行热力和水力热力系统的优化调度。本文介绍了三个测试系统(4 台、5 台和 6 台)的结果,其中包括七个测试案例,即有损失和无损失的固定水头水电机组和热电机组的不同组合,以展示 MFO-BA 混合算法的性能。测试结果全面证实了水力-热力系统在负荷调度、发电成本和输电损耗的经济性方面比纯热力系统更具优势和整体效益。本研究有助于利用混合软计算方法找到最经济的水热发电机组调度方案。
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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